BMES Officers PRESIDENT Lori Setton, PhD Washington University in St. Louis 8201 Corporate Drive | Suite 1125 INCOMING PRESIDENT Landover, Maryland 20785-2224 Dawn Elliott, PhD 301.459.1999 | phone • 301.459.2444 | fax University of Delaware www.bmes.org SECRETARY John White, PhD Boston University TREASURER BMES Staff Ben Noe Medtronic Edward L. Schilling, III Terry Young Executive Director Director Career PUBLICATIONS BOARD CHAIR Programs and Meetings Kristina Ropella, PhD Doug Beizer Marquette University Communications Director Elizabeth Richards Student Affairs Manager FINANCE COMMITTEE CHAIR Michele Ciapa, MPH, CHES Jane Grande-Allen, PhD Education Director Lori Saskiewicz Rice University Registrar Valerie A. Kolmaister Operations and Katherine Quintanilla BMES Board of Directors Finance Director Receptionist/Administrative Assistant 2015—2018 DIRECTORS Jenn Novesky Guillermo Ameer, ScD Director of Membership Northwestern University Development and Media Contact Corporate Partnerships Todd Giorgio, PhD Doug Beizer Vanderbilt University Debra Tucker, CMP [email protected] Denise Forkey, MSBME Annual Meeting Director 410.814.9564 Medical Device Development Solutions Marjolein van der Meulen, PhD Cornell University Future BMES Annual Meetings October 16—19, 2019 2016—2019 DIRECTORS Philadelphia, Pennsylvania Catherine Klapperich, PhD Boston University October 14—17, 2020 San Diego, California Sara Muldoon, B.S. Abbott, Inc. October 6—9, 2021 Brenda Ogle, PhD Orlando, Florida University of Minnesota—Twin Cities Beth Winkelstein, PhD Social Media —#BMES2018 University of Pennsylvania Please share your comments, photos & videos!
2017—2020 DIRECTORS @BMESociety Anjelica Gonzalez, PhD Please use the hashtag #BMES2018 Yale University Hanjoong Jo, PhD Emory University and Georgia Tech @BMESociety Craig Simmons, PhD Please use the hashtag #BMES2018 TBEP/University of Toronto Rebecca Willits, PhD www.youtube.com/BMESociety The University of Akron
STUDENT REPRESENTATIVE www.facebook.com/BMESociety Matthew Brown Mayo Graduate School
Atlanta | BMES 2018 1 Download the BMES 2018 Annual Meeting Mobile App! Navigate the event Like A Pro with the BMES 2018 mobile app, powered by Core-apps
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President's Welcome Letter...... 6 2018 BMES MOBILE Annual Meeting Meeting Chairs...... 8 APP Go to the Apple or Android Store and search for: Plenary Sessions BMES ...... Pritzker Award Lecture 10 Download the Free App > Select BMES2018 Diversity Award Lecture...... 11 NIH NIBIB Lecture...... 12 Coulter Award for Healthcare Innovation Lecture...... Browse the program 13 by date or Rita Schaffer Young Investigator Lecture...... 14 session type Mid–Career Award Lecture...... 15 Search keywords Author list Exhibitors...... 19–54 Search Add presentations to General Information and...... 56 a custom itinerary Presenter Information Click a link to show where a presentation Program Highlights...... 57 is on the map of the convention center Luncheons...... 58
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Hotel Floorplan...... 83 Don't forget to turn your BMES BASH ticket in for a wristband at Convention Center Floorplan...... 84 the information or registration Program at a Glance...... 86–91 booths before Friday afternoon Schedule at a Glance...... 92–94
Atlanta | BMES 2018 3 BMES 2018BMES ANNUAL MEETING SPONSORS Thank You for our Sponsors’ Generous Support
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Lori Setton, PhD BMES President Chair Department of Biomedical Engineering in the Applied ScienceSchool Engineering & of BMES Fellow Washington University in St Louis Missouri Louis, St. Thank you for making 2018 a record-breaking a the for year BiomedicalThank making for Engineering you 2018 Welcome to Atlanta and Annual the 2018 Meeting of the Biomedical Engineering Society (#BMES2018)! Society! have broken We records for numbers of attendees at our Annual Meeting, for numbers of abstracts submitted, and for sponsors interested in supporting our Society’s meeting. The message is Atlanta |
BMES 2018 convene each and every year for 50 years. As we look at our Annual Meeting with 4,300+ in attendance, and a Society with nearly members, 7,000 we appreciate the value of creating this community and pay our respects to the members. founding the Past, Transforming the Future” we pay homage to the decades of dedicated volunteers and leaders who had a vision members founding 83 by 1968 in founded BMES was interdisciplinary community. and engineering discipline new a for with less than $3,000 in hand. These visionaries understood the value of bringing like-minds together, and continued to and as a profession. This year also marks the 50th Anniversary of the founding of the Society. With our Annual Meeting theme, “Celebrating W discipline research a diverseas more and exciting more promising, more been never has engineering clear—biomedical
PRESIDENT'S WELCOME LETTER
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BMES 2018 |
Atlanta containing contributionsfrom biomedical 50th Anniversary time capsule
our sponsors and our meeting attendees. Make sure to network with your colleagues and intentionally greet and mentor some new ones. hope We you will brainstorm ideas for moving forward and sign up to participate in BMES. It’s the best way to thank the BMES founders for their legacy of convening like-minded professionals and the community that it brings. so engaging. I encourage you to attend and perhaps apply for the awards in the future. Join me in thanking our Conference Co-Chairs John Fisher and James our extraordinary Tunnell, BMES Staff, NIH, NSF, Award Lecture. University Emily Day, of Delaware, will present the Rita Schaffer talk, and Cynthia Reinhart-King of Vanderbilt University BMES (and program will deliver chair the from Mid-Career 2016), lecture. look We forward to these award-winning lectures with great anticipation as these visions of the future from young and mid-career investigators are Award for Healthcare Innovation Award Lecture. Makower will Dr. walk through the creation and evolution of “The Biodesign Process” the and Biodesign Innovation Program at Stanford. Finally, Saturday morning will feature the Rita Schaffer Investigator Young Lecture and the inaugural BMES Mid-Career contributions photoacoustic to imaging. Friday evening, Josh co-founder Makower, of Stanford Byers Center for Biodesign, will deliver the Wallace H. Coulter in which science can be made increasingly accessible. increasingly science can made be which in BMES is delighted to collaborate once again with NIH on the NIBIB Lecture Friday morning featuring Lihong Wang, now the Bren Professor of Medical Engineering and Electrical Engineering at Caltech. will Wang speak Dr. on his legacy of is a leading expert on the integration of biology, medicine, and engineering at the micro and nanoscale. On Thursday evening, Anjelica Gonzalez, the Donna L. Dubinsky Associate Professor University, at Yale will deliver the Diversity Lecture. Gonzalez’s Dr. lecture will address the value of scientific engagement with a diverse and global public, and ways donating and constructing the 50th Anniversary Time Capsule. Over the next four days, please give special attention to our impressive line-up of keynote speakers. Things kick-off Thursday morning with Rashid Bashir delivering the Robert A. Pritzker Distinguished Lecture. A BMES Bashir Fellow, Dr. music from BEDrock, a band of biomedical engineering musicians—a perfect blend of the arts and STEM! Also, please join me in thanking Martine LaBerge for her leadership in anniversaryplanning. are also We grateful to Paul Fagette for his work on the 50th, as well as his years 20+ as the Society’s historian. And a special thanks to Clemson University for pictures and write notes to future BMES members and place them in the time capsule. The 50th Anniversary efforts were supported by institutions and individuals that paid to sponsor the time capsule and celebratory events—you can see tiles commemorating their contributions all over the time capsule. And don’t miss theFriday Night Dessert Bash with live We willWe have several 50th Anniversary celebrations throughout the meeting. Makesure you visit the 50th Anniversary booth on the expo floor to explore the engineering firms and investigators, to be housed in the National Museum of Health and Medicine. On site, you can take
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The University at Austin of Texas Austin, Texas James Tunnell, PhD Tunnell, James Annual Meeting Co-Chair Professor, Associate Biomedical Engineering
College Park, Maryland Annual Meeting Co-Chair Distinguished Professor Family Fischell & Department Chair DepartmentFischell Bioengineering of University Maryland of John P. Fisher, PhD Fisher, P. John Atlanta |
fortunate to celebrate this event in such a vibrant city. t’s our pleasure to welcome Annual you to Meeting the 2018 of the Biomedical Engineering Society here in Atlanta, GA. This meeting marks the 50th Anniversary of the Society and the 28th Anniversary of the meeting. are We BMES 2018 We are happyWe that our membership has contributed to over twenty special symposia and events. These include special bioelectronics, heterogeneity, tumor and analysis cell single soft immunoengineering, topicsresearch in material- Associates, Inc. Makower co-founded Dr. Stanford’s Biodesign Innovation Program and as part of his leadership role at ExploraMed, has created eight companies in the past twenty years including Acclarent, EndoMatrix, and TranVascular, Neotract. Dr. Lihong has Wang Dr. pioneered of Wang Cal Dr. Tech. the development of photoacoustic tomography, combining the advantages of optical and ultrasound imaging into a single platform that allow for molecular contrast at deep tissue depths. The Wallace H. Coulter Award for Healthcare Innovation goes Josh MD from to Dr. Makower, New Enterprise an exciting lineup of plenary speakers that represent the broad field of biomedical engineering. The Pritzker Distinguished Lecture will be given Rashid by Dr. Bashir of the University of Illinois. Bashir Dr. leads an exciting research program integrating biology and medicine with micro and nanotechnology. The BMES-NIBIB plenary lecture will be given by Fountain of Rings, an everlasting reminder Summer Olympic of the 1996 Games. Next attractions door, surround Pemberton Place such as Georgia Aquarium, World of Coca-Cola and Center for Civil and Human Rights. celebrateWe the 50th Anniversary of BMES with the theme of “Celebrating the Past, Transforming the have Future.” We While Atlanta is sprawling with towering buildings made of glass and steel, it is truly a city in the forest, dotted with expansive green spaces. This urban oasis is a multi-cultural haven yet exudes Southern hospitality. Centennial Olympic Park, next to the Georgia World Congress Center and location of Annual the BMES Meeting, 2018 is anchored by the I
LETTER FROM THE CHAIRS
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—featuring the most influential articles over the —featuring the most influential articles over the SEPTEMBER 19, 2018 19, SEPTEMBER
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—View the time capsule being installed in honor of the anniversary. —View the time capsule being installed in honor of the anniversary. —Take a Polaroid picture—Take and write a note for the BMEs who will open the Georgia World CongressGeorgia World Exhibit Hall/Expo Floor BMES 50th Anniversary Events —View the student yearbook featuring many of the Society’s student chapters. —View the student yearbook featuring many of the Society’s student chapters. —Getyour commemorative 50th anniversary items (while supplies last) —View the web-based timeline that traces the entire history of the Society. —View the web-based timeline that traces the entire history of the Society. SEPTEMBER — FRIDAY 2018 18, SEPTEMBER 20, 2018 2018 20, SEPTEMBER
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Time capsule and artifacts display Special edition of Annals of Biomedical Engineering last decades. several Student yearbook timeline Web last decades. several Student yearbook timeline Web Time capsule and artifacts display Pictures and notes for the future time capsule in 50 years. 50th giveaways Special edition of Annals of Biomedical Engineering
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THURSDAY We lookWe forward to celebrating this 50th Anniversary edition ofthe Annual BMES meeting in Atlanta! Doug Michele Beizer, Ciapa, Valerie Kolmaister, Elizabeth Terry Young, Richards, Lori Saskiewicz andKatherine Quintanilla. thankWe the BMES leadership and board for their guidance. many great papers and now attending the meeting. Finally, special thanks to all the staff and administrators that have contributed to organizing such a great meeting. thankWe Annual Meeting Director BMES Executive Debby Tucker, Director Edward Schilling and BMES staffers: We’d to like thank the track chairs, reviewers and session chairs forall of their hard work reviewing abstracts and organiz ing the sessions. They had their work cut out for them this year with a record number of abstracts and exhibitors (3,672) This year there will be oral 960 (143). presentations and 2,265 posters. Thanks to all the membership for submitting so will celebrate minorities and women in biomedical engineering with talks Paula Hammond by Dr. of MIT and Jennifer West of Duke University, respectively. entrepreneurial careers. The program continues to celebrate the diversity of our Society with special lectures, luncheons, and events. The Diversi ty Award Lecture will be given Anjelica by Dr. Gonzalez University of Yale on Thursday separate evening. Two luncheons enabled electronics, photoacoustic novel advanced imaging, biomanufacturing, the and biomechanics heart of valves. reviews resume searching, topics job as include such and special sessions occur daily career development and Student and networking. In addition,special discussions focus on career paths that include academic, industry and
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In addition to leading his own research group, he was the PI on an NSF IGERT on Cellular and Molecular Mechanics and Bionanotechnology and was PI on an NIH Training Grant on Cancer Nanotechnology. He is co-PI on a recently funded National Research Traineeship (NRT) from NSF. He is also Associate Director and UIUC lead on an NSF Science and Technology Center on Emergent Behavior of Integrated Cellular Systems and other GT, (with partners). MIT, Head of Department of Bioengineering (07/2013–06/2017), DepartmentHead of Bioengineering of (07/2013–06/2017), Director of the Micro and Nanotechnology Laboratory campus-wide(a clean room research facility) (10/2007– and Co-Director06/2013), of the campus-wide Center for (10/2010–06/2013), Technology Nanoscale and Science a “collaboratory” aimed at facilitating center grants and initiativeslarge campus around nanotech of the area in nology. Prior to joining UIUC, he was at Purdue University from with 1998–2007 faculty appointments in Electrical has He Bioengineering. and Engineering, Computer and authored or co-authored over 220 journal papers, over 200 conference papers conference abstracts, and and invitedover 120 talks, and has been granted 45 patents. He is an NSF Faculty Early Career Award winner and the IEEE EMBS Technical Achievement2012 Award. He is a fellow of IEEE, AIMBE, AAAS, BMES, IAMBE, RSC, and APS. His research interests include bionanotechnology, BioMEMS, lab on a chip, interfacing of biology and tissue the and scale, to molecular the from engineering applications semiconductor of fabrication biomedical to problems solving biomedical to applied all engineering, such as cancer and infectious disease diagnostics. He has been involved in 3 startups that have licensed his technol mostogies, Inc. recently Prenosis, Rashid Bashir, PhD Rashid Bashir, Grainger Distinguished Engineering in Chair Bioengineering Professor of and University Urbana-Champaign at Illinois of Executive Associate Dean and Chief Diversity Officer Medicine of College Carle Illinois 2018 OctoberThursday, 18, am am—11:30 10:15 MarcusSidney Auditorium CongressGeorgia World Center
Robert A. Pritzker DistinguishedLecture . is Grainger is Distinguished in Chair Atlanta | micro and nano scale offers tremendous opportunities for solving important problems in healthcare and to wide range a enable applications of diagnostics, in ntegration of biology, medicine, and engineering at the at engineering and medicine, biology, ntegration of BMES 2018 Executive Associate Dean and Chief Diversity at the Carle- Illinois atCollege UIUC. of Medicine (07/2017–present) he was the AblePreviously, Bliss Professor of Engineering, College of Medicine PhD Bashir, Rashid and Bioengineering, of Professor and Engineering paradigms bioengineering in medical and education, Carle the Illinois of development the present also and College of Medicine, the world’s first Engineering Based work. These research examples pave the need for new education next train the bioengineering to of models generation of leaders. will We discuss these new in capabilities, exhibit emergent behavior, and potentially thereveal ability self-assembly for self-repair, and questions can arise about the ethical implications of this approaches, bio-printing with stereolithography can a be very powerful technology to produce bio-hybrid devices machines biological as such polymers cells of and made softand robotics. As these “biological machines” increase detection of epigenetic markers on DNA at the single are devices mentioned above the While level. molecule built with PDMS or silicon using microfabrication of HIV AIDs for global health, development of blood cell cell blood of development health, HIV global AIDsof for electrical diagnosis, sepsis for chip a detection on analysis of multiplexed nucleic acid amplification reactions, and therapeutics, and tissue engineering. In this talk, we will present our work on detection of T cells for diagnostics
Biomedical Micro and Nanotechnology: Opportunities Research andfor Education Translational I
ROBERT A. PRITZKER LECTURE—THURSDAY—10:15 AM
10 BMES DIVERSITY AWARD LECTURE—THURSDAY—5:30 PM 11 - - - - -
BMES 2018 | Atlanta is Associate Professor in the Depart To date, Anjelica’sTo research and writings have been acknowledged national international and by organiza tions, including the National Institutes of Health, New York Times, USAID, WHO, NBC, American Physiological Society Theand Hartwell Foundation. Angelica Gonzalez Angelica University where Yale at Engineering Biomedical of ment her research is focused on the development of biomaterials for use as investigational tools and therapeutic devices. Anjelica attended Utah State University, earning a B.S. in Irrigational Biological and Engineering continued and on to Baylor College of Medicine to pursue a PhD in Computational Biology. perspective, Anjelica’s will engineering science and From benefit from people of all perspectives, including those that come from socioeconomically challenged back grounds, the community, LGBT and educational experienc es that differ from the traditional STEM trajectory. Her objective, throughout her career, has been to encourage understanding improved an appreciation and science of and engineering throughout the US and abroad, with people of numbers the subsequently increasing diverse perspectives that contribute to scientific educa innovation.tion and national Using local and platforms to speak and write about science in a way that translates high-level concepts into laymen’s terms, in order to understanding an increase to science belongs that everyone. Anjelica Gonzalez, PhD Donna L. Dubinsky Associate Professor University,Department Biomedical Engineering of Yale Vascular Biology and Therapeutics Program 2018 OctoberThursday, 18, pm—6:30 pm 5:30 MarcusSidney Auditorium CongressGeorgia World Centerr
BMES DiversityAward Lecture
this in many different ways. historically, However, scientists have communicated in a way that has excluded many in the public space from cience is a language that we all speak. just We do
Dr. Gonzalez’sDr. lecture will address the value of scientific engagement with a diverse and global public, and ways in accessible. increasingly science can made be which which, at its worst meansthe loss of contributions from the next generation of scientists that should come from all socioeconomic backgrounds. and gender ethnic, appreciating participating and science in meaningful in ways. In doing so, werisk the loss of public engagement, Science asUnifying a Language: Building Connections between Lab and Life S
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earned his PhD degree at Rice University, IEEE Biomedical Engineering Award, SPIE Britton SPIE Award, Chance Engineering Biomedical IEEE Biomedical Optics the International of Prize Senior Award, Photoacoustic Photothermal Association, and OSA and Michael S. Feld Biophotonics Award. He was inducted into the National Academy of Engineering. An honorary doctorate was conferred on him by Lund University, Sweden. Lihong Wang Lihong Houston, under the Texas tutelage of Robert Curl, Richard Smalley, and Frank Tittel. He is Bren Professor of Medial Electrical and Engineering California at Engineering Institute of Technology. His book entitled “Biomedical Optics: Principles and Imaging,” one of the first textbooks in the field,JosephW. wonGoodman the 2010 Book Writing Award. His Google Scholar h-index and citations respectively.have reached and 59,000, 120 His laboratory was the first to report functional photoacoustic photoacoustic photoacoustic 3D microscopy, tomography, photoacoustic reporter theendoscopy, imaging, gene photoacoustic effect, Doppler universal the photo- acoustic reconstruction microwave-induced algorithm, thermoacoustic ultrasound-modulated tomography, time-reversed ultrasonicallyoptical encoded tomography, (TRUE) photoacoustic optical focusing, nonlinear wave front compressed shaping (PAWS), ultrafast photography trillion frames/s,(10 world’s fastest camera), Mueller-matrix optical and optical coherence coherence tomography, computed tomography. He received the NIH’s FIRST, NSF’s CAREER, NIH Director’s and Pioneer, NIH Director’s Transformative Research awards. He also received the OSA C.E.K. Mees Medal, IEEE Technical Achievement Award, Lihong V. Wang, PhD Wang, Lihong V. Professor Bren Cherng Peggy and Andrew Department Medical Engineering of Department Electrical of Engineering California Institute ofTechnology 2018 October 19, Friday, am am—11:15 10:15 MarcusSidney Auditorium CongressGeorgia World Center
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- NIH NIBIB Lecture NIBIB NIH peer deep into biological tissue. Photo acoustic provides tomography in-vivo (PAT) omniscale functional, metabolic, molecular, e developed photoacoustic developed e to tomography Atlanta |
applications both in fundamental applied sciences. and BMES 2018 traditional receive-only—avoiding is CUP photography, specialized active illumination required other by single- shot ultrafast imagers. CUP can be coupled with front optics widespread telescopes for to microscopes from ranging y, spatialy, coordinates; t, scene time) with a single exposure, thereby allowing observation of transient events occurring on a time scale down to femtoseconds. 100 Further, akin to CUP can image in non-repetitive 2D time-evolving events. CUP has a prominent advantage of measuring t (x, an x, y, and high optical contrast by sensing molecules. Broad applications include early-cancer detection brain and imaging. The annual has conference become the on largest PAT in SPIE’s 20,000-attendee Photonics West since 2010. ultrasonic scattering is orders of magnitude weaker than optical scattering per unit path beats length, this PAT limit and provides deep penetration at high ultrasonic resolution Conventional high-resolution optical scattering of imaging tissue is restricted to depths within the optical diffusion mm in the advantage skin). Taking of thelimit fact (~1 that non in the universe, namely, light propagation, and can be combustion. such phenomena as slower for down slowed physically combinesPAT optical and ultrasonic waves. photography to record trillion (CUP) 10 frames per second, orders10 of magnitude faster than commercially available camera technologies. CUP can tape the fastest phenome W and across histologic through scales the imaging organelles of organisms. also We developed compressed ultrafast World’s Deepest-PenetrationWorld’s and Fastest Cameras: Photoacoustic Compressed and Ultrafast Photography Tomography
NIH NIBIB LECTURE—FRIDAY—10:15 AM
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BMES 2018 | Atlanta serves on the faculty of the Stanford patents and patent applications. He received an MBA from Columbia University, an MD from the NYU School of Mechanical Engineering in degree bachelor’s a Medicine, from MIT and is a Member of the College of Fellows ofThe American Institute Medical for Biological and Engineering. Dr. JoshDr. Makower University Medical School as an Adjunct Professor of Med Innovation Biodesign Co-Founder is Stanford’s and of icine Program called (now the Byers Center for Biodesign). Josh helped create the fundamental structure of the Center’s core curriculum and is the chief architect of what is now called “The Biodesign Process.” Over the past years 18 since founded Josh Paul Yock and the Dr. Stanford Bio- design Innovation Program, this curriculum and the asso ciated textbook has been used at Stanford and across the world to train thousands of students, faculty and industry leaders on the biodesign process towards the advance ment of medical innovation for the improvement of patient care. Josh has practiced these same techniques directly as the Founder & Executive Chairman of ExploraMed, a since companies 8 creating incubator, medical device ExploraMed the from Transactions portfolio include 1995. NeoTract, acquired by Teleflex, Acclarent, acquired by J&J, EndoMatrix, acquired by C.R. Bard & TransVascular, acquired Medtronic. by Other ExploraMed/NEA ventures currently is Josh also Willow. and Nuelle Moximed, include working with NEA where he is a General Partner on their medtech/healthtech the healthcare leading team practice. Josh serves on the board of Setpoint Medical, DOTS Devices, ExploraMed, Eargo, Intrinsic Therapeutics, Moximed, Willow and Coravin. Josh holds over 300 Josh Makower, MD, MBA MD, Makower, Josh Co-Founder Stanford Byers Biodesign Center for Adjunct Professor Medicine of Stanford University Medical School Enterprise Associates,New Inc. 2018 October 19, Friday, pm pm—6:15 5:15 MarcusSidney Auditorium CongressGeorgia World Center -
has historically happened episodically with chance discoveries in the lab or clinic, or during unique moments in time where opportunity, talent and nnovation in medicine and surgery over past centuries The Wallace H. Coulter The Wallace Award for Healthcare Innovation AwardLecture to and made important made healthcare. patient and contributions to to collaboration with New Enterprise Associates. The Wallace H. Coulter Award for Healthcare Innovation recognizes an demonstrated commitment lifetime outstanding has a who individual several innovations produced by students, by produced innovations and several fellows faculty of the program, and several companies which he has produced through his own incubator,ExploraMed, in the origins of what is now called “The Biodesign Process” and walk through its structure and evolution through the creation the Stanford of Biodesign Innovation Program, which he co-founded with to Paul Yock, the stories Dr. of this question andaddressing it with a process that can taught, learned and perfected has been one of the central foci Josh for Dr. Makower’s Makower career. will Dr. discuss the question has been asked whether we can we purpose fullydirect innovation and intentionally drive it to occur in spaces where there is the most clinical need. Answering technology phenomenologically combined to produce produce to technology combined phenomenologically significant advancements in patient care. More recently, Biomedical Innovation: Biomedical A Transformation Process from Phenomenon to Proven I
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is an Assistant Professor in the Department precision cancer therapy. She received funding from various sources to support her work, includinga W.M. Keck Foundation Grant, an NIH/NIGMS R35 Outstanding Investigator Award, and an NSF CAREER Day’s Award. Dr. resulted contributions have nanotechnology biomedical to Innovatorin her being Young named in Nanobio a 2018 technology Innovator Young in Cellular and a 2018 and Molecular Bioengineering. Dr. EmilyDr. Day Biomedicalof Engineering at theUniversity Delaware. of Day obtainedDr. her B.S. in Physics with a Minor in Mathematics from the University of Oklahoma in 2006, graduating summa cum Day earned laude. Dr. a PhD from Rice University Bioengineering in the under of guidance JenniferDr. West. Her research focused on developing nanoparticle-mediated treat the photothermal therapy for glioblastoma,ment of aggressive an form primary of brain Day received Attumor. Rice, Dr. a National Science Foundation Graduate Research Fellowship, a Rice President’s Graduate Fellowship, and a HowardHughes Medical Insti tute Med-Into-Grad Day joined Dr. the Fellowship. In 2011, laboratory Chad Mirkinof Dr. at Northwestern University, where she developed ribonucleic acid-nanoparticle conju gates known as spherical nucleic acids for gene regulation International was awarded an Day glioblastoma. of Dr. Institute Nanotechnology Postdoctoral for Fellowship and a National Institutes of Health F32 Ruth L. Kirschstein National Research Service Award during her time at NorthwesternUniversity. Day started Dr. her lab at the University and her of Delaware group investigates in 2013, the interactions between nanoparticles biological and systems to create novel engineering tools for high Emily Day, PhD Emily Day, Professor Assistant Department Biomedical Engineering of University of Delaware October 2018 Saturday, 20, am am—11:45 10:30 MarcusSidney Auditorium CongressGeorgia World Center - - - - -
Rita Investigator SchafferLecture Young Atlanta | delivery of ribonucleic acids (RNAs) or antagonist or delivery (RNAs) acids ribonucleic of antibodies holds great promise as a strategy to Unfortunately,treat nucleic acids cancer. naked egulating cellular gene expression through the BMES 2018 includes the Rita Schaffer Memorial Lecture. BMES established this award in 2000to honor Rita M. Schaffer, former BMES Executive Director. Rita’s gift of her estate, along with enabled associates, friends, has and family, contributions her from BMES to create the Rita Schaffer Young Investigator Award, which ings have profound implications for the use of RNA and antibody nanocarriers medicine. in nanoparticle scaffold. Overall, our findings demonstrate that nanoparticle architecture critical a plays cellular in role interactions and gene regulation potency, and these find the limitations of freely delivered therapeutics. Each Each therapeutics. delivered freely of limitations the nanoparticle exploits developed platform have we that the unique multivalent properties that arise when biomol ecules are arranged in a three-dimensional manner on a lead to off-target effects. In this presentation, I will discuss experience research nanoparti developing my group’s cle-based RNA and antibody carriers that can overcome ized are at risk of degradation in endolysosomal compart ments. Similarly, freely delivered antibodies arelimited by high required doses that may be cost prohibitive and can display limited cell uptake because of their high molecular weight and negative charge, and those that are internal
Controlling Nanoparticle Architecture to Enhance Cellular Regulation Gene R
RITA SCHAEFFER YOUNG INVESTIGATOR LECTURE—SATURDAY—10:30 AM 14
MID CAREER AWARD LECTURE—SATURDAY—10:30 AM 15
- - - BMES 2018 | Atlanta is the Cornelius VanderbiltProfessor 2017 and as the 2016 BMES and Annual as the 2016 Meeting2017 Program She isChair. a fellow of the Biomedical Engineering Society theand American Institute Medical for Biologicaland Engineering. She is an inaugural fellow of the National New Medicine and Engineering Science, Academies of Voices Program and is currently a standing member of the NIH CMT study section. Cynthia Reinhart-KingCynthia of Engineering and the Director of Graduate Studies in to University. Prior Vanderbilt at Engineering Biomedical joining the she Vanderbilt was on the faculty fac in 2017, ulty of Cornell University where she received tenure in the Department Biomedical of Engineering. obtained She un biology and chemical engineering in degrees dergraduate at MITand her PhD at the University of Pennsylvania in the Department of Bioengineering as a Whitaker Fellow. She then completed postdoctoral training as an Individual NIH NRSA postdoctoral fellow at the University of Rochester. Her lab’s research interests are in the areas of cell mechanics and cell migration specifically in the context of cancer and atherosclerosis. Her lab has received funding from the American Heart Association, the National Institutes of Health, the National Science Foundation the and American Federation of Aging Research. She was awarded the Rita Schaffer Investigator Young from the Award in Bio 2010 medical Engineering Society, an NSF CAREER Award, the Excellence ‘72 Sonny Yau Award, in2010 Teaching a Cook Award for “contributions towards improving the climate for women at Cornell,” and the Zellman Warhaft Commitment Diversity Engineering. to of Cornell College the from Award She served on the BMES Board of Directors from 2014- Cynthia Reinhart-King,Cynthia PhD Cornelius Vanderbilt Professor Engineering of UniversityVanderbilt October 2018 Saturday, 20, am am—11:45 10:30 MarcusSidney Auditorium CongressGeorgia World Center ------Inaugural Mid–Career Award Lecture viewed as a new field, it actually dates back to before even the birth of molecular biology. Early work focused simply on the hile cancer mechanobiology is often cancer is mechanobiology hile
both diagnosis and treatment to help patients now recognize that mechanics and solid tumor formation are linked, we as engineers need to confront the challenge translatingof cancer mechanobiology therapies into for ment alter cellular energetic demands, laying the founda the laying demands, energetic cellular alter ment tion for new therapeutic avenues targeting metastatic mi gration by targeting cancer cell metabolism. Given that we tion, and that and tion, migration, cell the mechanical microenviron ment, and cellular energetics are linked. Changes to the structural and mechanical properties of the microenviron the tumor microenvironment can drive angiogenesis and and can angiogenesis drive microenvironment tumor the vascularimpair integrity, leading leaky to vasculature. Moreover, we have shown it can alter metastatic cell migra this talk, I will discuss our work striving to go beyond me chanical phenotyping to examine the mechanical reciproc ity within the tumor microenvironment that drives disease. Our work has demonstrated that mechanical changes in formation and growth. despite Yet, the fact the field has existed for decades, one of its continued hurdles is trans lating benchtop results into clinically relevant therapies. In and genetics. Proof and acceptance of mechanics as a key component of cancer progression took many years, but it is now viewed as a critical promotor and initiator of tumor W characterization mechanical cellular of properties, but has evolved to examine the integrated effects of mechanics The Interaction of Metastasis and Mechanomedicine
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Congratulates the 2018 CMBE Young Innovators! October 2018 issue, edited by William Bentley, Lola Eniola-Adefeso, and Michael King
Tzahi Cohen-Karni Megan McCain Carnegie Mellon Univ. Southern Univ. California
Emily Day Mehdi Nikkhah Univ. Delaware Arizona State Univ. Yizhou Dong Ohio State Univ. Arghya Paul Univ. Kansas Jason Gleghorn Univ. Delaware Ariella Shikanov Univ. Michigan Tamara Kinzer- Ursem Cheemeng Tan Purdue Univ. Univ. California Davis See the Young Innovators present their work on Friday, October 19, 2018 at 1:15 and 3:30pm!
• Become a 2019 CMBE Young Innovator! Next compeKKon is underway. • Accepted authors will be invited to present their work in a special two- part plaOorm session at the 2019 BMES Annual MeeKng. • To be eligible, candidates must hold a posiKon at the Assistant Professor level or equivalent. BMES non-members are eligible and welcome. • Self nominaKons should include Ktle with 250-word structured abstract, and an NIH-style biosketch, emailed to [email protected]. Key Dates for 2019 Young Innovators issue: NominaKon Deadline: November 9, 2018 Abstract Acceptance: December 14, 2018 Manuscript Submission: February 15, 2019 Print PublicaKon: October 2019 For more information visit: www.bmes.org/medicaldevices
18 BMES 2018 | Atlanta EXHIBITOR BOOTHS AND INFORMATION 19
BMES 2018 |
Atlanta 2018 EXHIBITORS 2018
EXHIBITOR BOOTHS INFORMATION AND Exhibit Hall Floorplan POSTERS
50th Anniversary Time Capsule and Activities POSTERS ENTRANCE REGISTRATION POSTERS 20 BMES 2018 | Atlanta EXHIBITOR BOOTHS AND INFORMATION 21
BMES 2018 |
Atlanta cellular and andof Biological School Engineering Health Systems molecular, molecular, neural/ tissue engineering, rehabilitation engineering, andand synthetic biology systems bioengineering in biomedical imaging, biosensors and bioinstrumentation, Cutting-edge discoveries Learn more about our growing community of world-class faculty at sbhse.engineering.asu.edu 607-777-5774 [email protected] www.binghamton.edu/bme [email protected]
805-685-0066
www.biopac.com Designing the future of medicine, physiology the future of medicine, Designing and biology Booths 615 and 613 SBHSE | SBHSE Email: Email: Web: Phone: Email: Web: Complete data acquisition analysis and solutions for trusted is applications. engineering BIOPAC biomedical by thousands of labs and cited in over 18,000 scientific articles. Mobita solutions: 32-CH, wearable Wireless and BioNomadix ECG, EEG, EMG, EOG, NICO, GSR, Pulse, Powerful AcqKnowledge software more! and has Resp., customizable and analysis automated display. Booth #309 Binghamton University Department of Biomedical Engineering Box 6000 P.O. Binghamton, NY 13902 Phone: The University Binghamton Department Biomedical of state-of-the-art, a provides Engineering affordable education. train We the next generation of biomedical engineers, cultivate leaders, foster and entrepreneurship principles, medical engineering integration the of through understanding improved an towards biology and science, healthcare biophysical phenomena, systems,of disease diagnostics,prevention, treatment. and Booth #700 Systems, Inc. BIOPAC Aero42 Camino Goleta, CA 93117 - -
sbhse.engineering.asu.edu 203-456-6161 [email protected] www.begellhouse.com/bdp [email protected] sbhse.engineering.asu.edu 480-727-6212 [email protected] www.journals.aip.org 516-576-2200 [email protected] https://lifesciences.solutions/ 877-438-2741
Email: Email: Email: Email:
sciences. Our Biomedical Research Collection covers subjects cancer research, engineering, biomedical as such biological and technobiology delivery, drug immunology, sciences. Begell House, Inc. is an academic STEM publisher of full- proceedings, eBooks, references, databases, text journals, and multimedia products, publishing the latest research across a broad spectrum of engineering and biomedical Phone: Email: Web: Begell Inc. House, Publishers 50 North Street Danbury, CT 06810 rehabilitation engineering, synthetic biology and systems bioengineering. Booth #633 service to the community. The faculty in SBHSE has a wide range of research expertise with strengths in the following research imaging, biosensors areas: instrumentation, and and neural tissue and engineering, cellular molecular, Web: The mission of the School of Biological and Health Systems Engineering at ASU is to create novel solutions to improve human health through research, education, and Tempe, AZ 85287-9709 Phone: Email: Booth #613/615 Arizona State University Mall E. Tyler 501 engineering research, from fundamental translational. to The Journal aims to publish transformational science and engineering research. Web: Bioengineering APL A new open access journal covering all aspects of bio 1305 Walt Whitman1305 Road, Suite # 300 Melville, NY 11747 Phone: Booth #205 AIP Publishing 3D tissue models. Customers are empowered to advance tissue to 3D Customers models. empowered are the science of 3D bioprinting through our 3D modeling software bioprinter/biofabricator our as program well as technology platforms. Web: Advanced Solutions Life Sciences is a global leader in 3D biofabrication and provides the complete workflow solu innovating and assembling, printing, designing, for tion Louisville, KY 40223 Phone: Booth #1000 Booth Advanced Solutions Life Sciences Parkway Miller Nelson 1901 Learn more about our growing community ofLearn more about our growing community world-class faculty at
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952-835-6366 [email protected] www.bruker.com/nanomechanical-testing 212-337-5000 [email protected] www.cambridge.org/academic
Intensive research experience leading experience research Intensive publishable results to in 21 months Completed Dissertation research initiated within one month for within one month for initiated research Dissertation immersion immediate conducted feedback with faculty evaluation progress Formal graduation timely ensure to each semester in 4-4.5 years Completed applicants and advancement, transition career Facilitate other field welcome from in 9-16 months completed typically program Accelerated center medical at local exposure clinical Option for technology biomedical on focused M.S. dual a apply to Option management or entrepreneurship
• • • • • • • • • Ph.D. Program Ph.D. M.S. Program Practicum-Option M.S. Program Research-Option at Phone: Email: Web: Visit our stand to browse new titles, available at 20% discount, sample pick journals. up to copies our and of Visit our website to find out more about what we do: www.cambridge.org/academic Booth #320 Inc.Bruker Nano, West St.9625 76th 55344 MN Minneapolis, Bruker proudly offers the Hysitron© BioSoft™ In-Situ Indenter, a mechanicaltest instrument specifically multiscale for designed quantitative mechanical testing of biological materials and soft matter such as hydrogels. The BioSoft interfaces with existing inverted optical microscopes, powerful synchronizing mechanical and optical comprehensive testing a achieve to techniques understanding the mechanics of biomaterials. of Booth #800 Cambridge University Press 1 Liberty Plaza New NY York, 10006 Phone: Email: Web: Cambridge University Press' publishing in books and journals combines state-of-the-art content with the highest standards scholarship, of writing production. and -
Biomedical Engineering Engineering Biomedical
, 5000 Forbes Avenue, Pittsburgh, PA 15213 | www.bme.cmu.edu 15213 | www.bme.cmu.edu PA Pittsburgh, Avenue, , 5000 Forbes Mellon University Carnegie Atlanta [email protected] www.brown.edu/bme 401-863-3262 www.bu.edu/bme |
Undergraduate students must choose a primary major in one of the Undergraduate engineering disciplines. traditional their traditional apply able to Engineering students are Biomedical a as well as develop problems, biomedical solve engineering major to engineering specialties. of biomedical deep understanding Neural Engineering Neural Engineering Cardiopulmonary Engineering Cell & Tissue Bionanotechnology and Biomaterials Computation Biomedical & Robotics Devices Medical Areas of Research Areas About Mellon Engineering at Carnegie The Department of Biomedical across research of interdisciplinary is built upon a long tradition their expand students to encourage programs departments. Training academic from of careers a wide range them for vision and prepare to engineering entrepreneurship, in basic sciences, to research care. medical BME Undergraduate Programs (Additional Major) Programs BME Undergraduate • • • • • • • • BMES 2018 Email: Web: 171 Meeting Street,171 Box GB3 Providence, RI 02912 Phone: Booth #714 University Brown Computational Modeling Data and Sciences, Bio- and materials. boast We a wealth of research resources and have strong ties with the BU School of Medicine as well as other top medical research centers in the Boston area. in numerousin research areas including Biomechanics and Tissue and Engineering, Cellular Molecular, Mechanobiology, Systems Bioengineer Synthetic and Engineering, Neural Sensing, Nanotechnology and Imaging, Biomedical ing, is oneof the largest and oldest departments of its kind in the country. attract We exceptional students to our BS, MEng, MS and PhD degree programs, which are known for their highly quantitative approach. have strengths We Boston, MA 02215 Web: Boston University’s Department Biomedical of Engineering Booths #524/526 BostonUniversity 44 Cummington Mall
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Atlanta
215-898-3446 [email protected] https://cemb.upenn.edu/ 212-650-6707 [email protected] bme.ccny.cuny.edu 216-368-1029 [email protected] http://ccmeec.case.edu/
Imaging, cell biology and metabolism, and Non-contact, non-destructive testing. longitudinal validation for destructiveExhaustive testing mechanical characterization. purposes.
• • • Email: Email: Email: Phone: Phone: Email: Web: in 2002. BME Biomaterials/nanotechnology; at CCNY: Musculoskeletal Engineering; Cardiovascular Biomechanics; Neural and Engineering. Center for Engineering (CEMB) MechanoBiology Walnut Street,3231 LRSM rm 113 19104 Philadelphia, PA Phone: Web: In an effort to develop the next generation of scientists and engineers, the CEMB seeks to provide opportunities graduate studentsto admitted standard through programsgraduate working group/graduate with CEMB faculty at CEMB institutions. Our program also seeks motivated undergraduate students to participate in an intensive 10-week summer research program. Booth #212 The City College of York New Engineering Biomedical Avenue Convent 160 New NY York, 10031 Phone: Web: The City College of New York—the founding college of it has produced Founded nineCUNY. Nobel in 1847, Prize winners and ranks seventh in the number of alumni who have been elected to the National Academy of Sciences. Department Engineering Biomedical The established was Booth #200 Center for Multimodal Evaluation of Engineered Cartilage Case Western Reserve University Adelbert2102 Road A.W. Smith 141C 44106 OH Cleveland, The Center provides a nexus of capabilities where academic and industrial researchers from local, national, internationaland can labs access information, obtain assistance methods, and and with training planning and engineered their evaluate to facilities specialized utilize tissues. “one-stop of The Center provides shopping” technologies comprehensive, multimodal for evaluation of areas: following the tissue on withengineered emphasis Booth #901 -
[email protected] www.cellink.com 858-344-2503 http://bme.case.edu/ 216-368-4094 [email protected] [email protected] www.bme.cmu.edu 412-268-6222
Email: Email: Phone: Phone: 3D print humanorgans and tissues for the development of pharmaceutical and cosmetic products, and in the future, clinicalfor applications. Web: commercializa and CELLINK development focuses the on tion of bioprinting technologies that allow researchers to 2000 Kraft Drive SW Blacksburg, 24060 VA Phone: Booth #727 CELLINK LLC tissue engineering, neural engineering and neuro- and engineering neural tissue engineering, prostheses, biomedical sensing, and transport imaging metabolicand engineering, biomechanics, targeted and therapeutics. ranging from the B. S. degree through the Ph.D. degree, including innovative our degree, M.D./Ph.D. M. D./M.S. Biomedical our degree, and Entrepreneurship program. Cutting-edge thrusts research and biomaterials include: Web: The Department of Biomedical Engineering at Case Western Reserve University offers distinctive programs Wickenden Building Wickenden 44106 OH Cleveland, Email: Booths #301/303 University Reserve Western Case Avenue Euclid 10900 and engineering, to medical device entrepreneurship, to to entrepreneurship, medical device to engineering, and medical care. artificial materials, and clinical applications of biomedical students encourage programs to Training engineering. expand their vision and prepare them for a wide range of careers from academic research in biomedical sciences research program emphasizes a collaborative network engineering synergisticbasic four balances that areas: tissues, tools and engineering cells living principles of for biomedical research, interface between living and Web: The Department Biomedical of Engineering at Carnegie Mellon is built upon a long tradition of interdisciplinary acrossresearch departmental borders. Its decades-old Pittsburgh, 15213 PA Phone: Email: Booth #528 Carnegie University Mellon 5000 Forbes Avenue
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Educating Leaders,Thinkers and Entrepreneurs since 1963
Clemson Greenville Charleston
Research Areas: Degrees offered: • Biomaterials • BS • Regenerative Medicine • MS • Biomechanics • MEng • Bioelectrical/Imaging • PhD
------clemsonuniversitybioengineering
----- @CU_BioE
clemson.edu/bioengineering Visit us at booth 708
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[email protected] www.bme.duke.edu 215-895-2307 [email protected] biomed.drexel.edu 919-660-5131 603-646-2230 [email protected] engineering.dartmouth.edu
Email: Email: Web: Email: Email: Email: Email: University’sDuke Department Engineering Biomedical of Sincewas founded its in 1972. creation the department consistently ranks among the very top undergraduate and graduate BME programs. Because of innovative faculty, novel research and an expanding focus on entrepreneur ship and design, Duke BME continues to advance health care around the globe. neering scienceneering education fosters that cross-disciplinary innovation. Booth #121 Drexel University School of Biomedical Engineering, Science & Health Systems Chestnut Street,3141 Bossone 718 19104 Philadelphia, PA Phone: Web: The School of Biomedical Engineering, Science and Health Systems is a nationally recognized center of research and specialization biomaterials, education. include of Areas performance, biomechanics,tissue human engineering, biomedical drug delivery imaging, bioinformatics. and Multidisciplinary research carried is out through collabora tions with clinical institutions in the Philadelphia area. Booth #913 UniversityDuke Department of Biomedical Engineering Science101 Drive CIEMAS Building1427 Durham, NC 27708 Phone: human health.The school has close a relationship with the CornellWeill Medicinemedical school and its associated hospitals City, in New York including an "Immersion Term", during which all BME Ph.D. students spend 7 weeks in a clinical experience at Cornell Weill Medicine. Cornell University is comprehensive a university with outstanding programs of teaching and research in all areas of human inquiry, which has its main campus at Ithaca in the beautiful Finger Lakes Region of upstate NewYork. The Meinig School has close collaborations with other departments on campus. For more information, please visit http://www.bme.cornell.edu/. Booth #921 School ofThayer Engineering at Dartmouth Engineering in Medicine Drive Engineering 14 NHHanover, 03755 Phone: Web: The Thayer School of Engineering booth will showcase Engineering Medicine in research, biomedical engineering internships and PhD education from among the excep tional programs at Dartmouth’s engineering medical and schools. Located New inHanover, Hampshire, Dartmouth offers a unique brand of biomedical engineering in engi
[email protected] www.bme.cornell.edu 607-255-2573 551-225-1915 [email protected] innovation.ctor.press [email protected] www.bme.columbia.edu 212-854-4460 [email protected] www.clemson.edu/ces/bioe 864-656-7276
Email: Email: Web: Email: Email: University focuses interdisciplinary on research achieve to a quantitative understanding of human biology at all spatial and temporal scales with the goal of improving Web: The Meinig School of Biomedical Engineering at Cornell Cornell University Hall Weill 103 Ithaca, NY 14853 Phone: science journal that is FREE for authors and readers. Booths #500/502 RESEARCH: Our clinician-scientists hold patents for orthopedics orthodontics and devices. PUBLISHING: publish We INNOVATION, an open access CTOR is an innovative biomedical education, research and publishing hub in Hoboken, NJ. EDUCATION: Translational Research Fellowship + MS or Biomedical in PhD Engineering. Phone: Email: CTOR Washington129 Street, Suite 300 07030 NJ Hoboken, and the sense of community of a small college enriched by the diversity City. of New York Booth #802 University offers education engineering biomedical and research through B.S., M.S., and Ph.D., M.D./Ph.D. degree programs. Our department provides a surprising mix of the intellectual atmosphere of an Ivy League institution Web: The Department Biomedical of Engineering at Columbia 500 West Street 120th Terrace Engineering 351 New NY York, 10027 Phone: Columbia UniversityColumbia Department of Biomedical Engineering into goods that are now improving health care in the US abroad. and Booths #208/210 University of South Carolina, Clemson BIOE abounds with transformative education, personalized opportunities for research, networkingwith lifesciences companies and investors bold and entrepreneurship that turns innovation Email: Web: With research labs, classrooms and innovation space for Medical and business partnerships Greenville, Clemson, at 301 Rhodes301 Hall Clemson, SC 29670 Phone: Booth #708 Clemson University Departmentof Bioengineering
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412-851-4390 [email protected] www.generalanestheticservices.com [email protected] www.bme.fiu.edu https://www.FDA.gov/MedicalDevices/default.htm 850-410-6149 [email protected] www.eng.famu.fsu.edu/cbe 305-348-1409
Email: Email: Email: Web: Email: Email: Web: General Anesthetic Services Sleepy1900 Hollow Road South 15129 Park, PA Phone: Web: The Coulter Foundation endowed Department of Biomedical Engineering at Florida International University (FIU) in Miami is one of eleven in the State University System of Florida (SUS) with the full slate (BS, MS, of programs PhD) in biomedical engineering. Our established and growing BME department has strong relationships with FIU’s Herbert Wertheim College of Medicine, the Brain Institute at the Miami Children’s Hospital, biomedical the and many companies South in Florida. Due to our partnership with many premier clinical establishments, our students have the opportunity to participate industry in internships, entrepreneur as well as ship and research experiences. The research areas of our industry Faculty tissue model engineered leading include systems, diagnostic sensor and bioimaging systems, and neurotechnology. reparative and therapeutic Booth #732 and DrugFood Administration CDRH/OfficeEvaluation of Device New10903 Hampshire Avenue Building 66–Room 1659 Silver Spring, MD 20993 Web: Booth #402 Booth #1002 Florida A&M University–Florida State University of Engineering College Pottsdamer2525 Street, A131 Tallahassee, FL 32310 Phone: Offering MS and PhD degrees in BME, the FAMU-FSU Department Chemical of Biomedical & Engineering (CBE) nanotechnology, & biomaterials in pursues research bioimaging, and cell & tissue engineering. As part of a joint engineering college between Florida A&M and Florida State, CBE draws upon resources at both universities as well as the National High Magnetic Field Laboratory to provide unique BME opportunities. With the initiation of new a BS degree and building upon recent CBE external funding exceeding the BME program $10M, is expanding as we recruit motivated graduate students at all levels (starting PhD stipend of $28,000). Booth #229 InternationalFlorida University West10555 Flagler Street Miami, FL 33174 Phone:
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Atlanta [email protected] www.exponent.com 650-326-9400 www.ewh.org 984-234-3686 [email protected] [email protected] www.ecu.edu/cs-cet/engineering/ 252-737-1026 |
Email: Email: Web: Email: Email: Web: BMES 2018 90 disciplines. Our clients include a wide range of manu facturers, utilities, insurers, industry groups, government agencies, and law firms. Exponent is an engineering and scientific consulting firm that provides solutions to complex technical problems. Our multidisciplinary scientists, of team physicians, and engineers perform research and analysis in more than Phone: Exponent,Inc. Commonwealth Drive 149 Menlo Park, CA 94025 Institute and how you can make a lasting impact on healthcare low-resource in communities! Booth #904 In partnership with universities, ministries of health, and others, EWH builds local capacity to maintain medical equipment, repairs, make design and low-cost medical technologies. Visit us to learn about EWH’s Summer Web: Engineering World Health inspires, educates, and empowers the biomedical engineering community to improve health care delivery in the developing world. Chapel Hill, NC 27514 Phone: Email: Booth #710 Health World Engineering E. Rosemary St,151 Suite 201 biomechanics), Bioenergetics in PhD Exercise and professionalScience, and degrees Physical in Therapy, Medicine, and Dental Medicine. technologies to solve complex problems in the life sciences, medicine and health care industry. Degrees offered include Biomedical in MS Engineering, Mechanical in MS in Kinesiology (concentration in MS Engineering, and business on one campus. Students will be engaged in multidisciplinary research focused device on equip and thement design, and application innovative, advanced of biomedical engineering expertise engineering biomedical trained workforce a and support industry, leaders to development, of economic and academia. ECU offers academic programs in health, dentistry, allied medicine, nursing, engineering, The East Carolina University Department (ECU) of Engineering graduate program provides foundation a in 2116 Slay Building, Mail Stop 117 2116 Greenville, NC 27858 Phone: Booth #327 EastCarolina University Departmentof Engineering
EXHIBITOR BOOTHS AND INFORMATION
26 EXHIBITOR BOOTHS AND INFORMATION 27
ing. BMES 2018 | search
Atlanta bme.fiu.edu
@fiubiomed
is just the beginn 305.348.6950 ISO 13485:2003 800-717-5955 here leading-edge re l Florida Internationa As a W.H. Coulter Foundation endowed our overall mission - to produce valuable #229 W Booth Discover. Design. Develop. Deliver. ring Biomedical Enginee Service and Calibration Service and promise of greatly improving the lives of many. translational research is just one integral part of department in Miami, with award-winning faculty, ment of University's Depart innovations that enhance health care and hold the Complete Anesthetic Vaporizer Vaporizer Anesthetic Complete For information call www.generalanestheticservices.com [email protected]
Atlanta | BMES 2018
26 OUR DEGREES: Georgia Tech B.S. in BME Georgia Tech M.S. in BME Georgia Tech M.S. in Biomedical Innovation and Development Joint Georgia Tech & Emory University OF INNOVATION, Ph.D. in BME Georgia Tech, Emory University, & INCLUSION
Peking University Ph.D. in BME CELEBRATING & IMPACT
VISIT US AT BOOTH 209
facebook.com/TheWallace.H.Coulter.Department.BME • bme.gatech.edu EXHIBITOR BOOTHS AND INFORMATION 29 ------
BMES 2018 | Atlanta
+44 (0) 20 7594 5179 +44 7594 20 (0) [email protected] imperial.ac.uk/bioengineering 297481 +44 1179 [email protected] www.ioppublishing.org 312-567-5790 jgeorgia@iit,edu www.iit.edu
Phone: Phone: Email: Web: Email: Email: IOP Publishing provides a range of journals, books, web services and proceedings sites, conference magazines, through which leading-edgescientific research is distrib uted worldwide. Extending to more than journals 20 IOP portfolio bioengineering biophysics and publishing’s provides the essential content covering all areas of bio Visit engineering. iopscience.org/ physics biomedical and biosciences. Imperial College London College Imperial Department of Bioengineering Royal School of Mines, Exhibition Road SW7London 2AZ United Kingdom Email: Web: Imperial College London is consistently one of the top 10 Department Our universities worldwide. Bioengineering of is the leading Department in the UK. Located in Central London, our diverse student and faculty body join us from around the globe. Our research spans the breadth of bioengineering and we offer a range of academic and research opportunities. Our courses include two undergraduate degrees Bio (MEng two Bioengineering), Molecular and medical Engineering MSc and Engineering Biomedical (MSc programmes MSc Biological and Human Robotics), three MRes programmes Medical(Bioengineering; Device Design Entrepre and neurship; Neurotechnology) as well as PhD opportunities. Booth #1008 IOP Publishing Way Temple Circus, Temple Bristol 6HG United B51 Kingdom biomedical instrumentation, and imaging biomedical informatics systems robotics, and biomedical modeling, cancer technologies, cardiovascular engineering, immuno Master’s The neuroengineering. Program and engineering, focuses (MBID) Development and Innovation Biomedical in regulatory development, engineering needs-finding, on requirements, commercialization and medical of devices. Our faculty are committed to innovative graduate training that prepares a student for any career path. Booth #627 Illinois Tech—BME South3205 Dearborn Street Wishnich Hall 314 Chicago, IL 60616 Phone: Web: The BME department at IIT offers a distinctive education emerging current and on focusing program research and education BME three health problems. includes human engineering, neural tissuetracks: and engineering, cell medicaland imaging. Our research activities enhanced are through linkages with major medical facilities in the Chicagogreater area. Booth #912
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www.bme.gatech.edu 404-385-0482 [email protected] 202-994-0499 [email protected] www.bme.seas.gwu.edu [email protected] [email protected] www.bioengineering.gmu.edu 703-993-5769
Email: Email: Email: interdisciplinary degrees, as well as thesis and non-thesis thesis and as interdisciplinary well degrees, as Master’s degrees. There are opportunities for research in regenerative technologies, and biomaterials as such areas class resources of the Georgia College Tech of Engineer ing and the Emory University School of Medicine. Our undergraduate graduate and programs consistently are top-ranked, and our department offers joint PhD and Web: The Wallace H. Coulter Department of Biomedical Engi neering is a single department that combines the world- 313 Ferst Drive313 NW Atlanta, GA 30332 Phone: Email: Georgia Institute and of Technology Emory University H. Coulter Wallace Department of Biomedical Engineering campus in downtown Washington, D.C. Booth #209 & Applied Science offers graduate degrees and certificates fields of studyin 11 within engineering and computer regulatory and engineering biomedical including science, biomedical engineering. All courses are held on the main Phone: Web: The George Washington University’s School of Engineering BiomedicalEngineering Department 800 22nd Street Suite NW, 5000 Washington, DC 20052 Booths #103/105 George University Washington backgrounds as well students from the Biological Sciences by strengthening their current knowledge base complementary include it to needed skills broadening and to translate their research to clinical and industrial partners. Devices, Computational Biomaterials Biomedicine, and Computational Neurotechnology and Nanomedicine, Neuroscience. Our PhD program is tailored to accept students quantitative and both Engineering from Sciences 2015, already has students20 2015, benefiting from full tuition and stipend support, and is ranked in the U.S. News & World Report. The department’s faculty 16 members have a growing $20M funding in Biomedical Imaging and and Nanomedicine, and Neurotechnology and Computa Neurotechnology and and Nanomedicine, and tional Neuroscience, Health Care Informatics, Prehealth, and is ABET accredited. The PhD program, started in with collaborative links to local Washington DC industry, national laboratories, institutes, clinical and centers. The programBS offers concentrations Biomedical in Imaging Devices,and Computational Biomaterials Biomedicine, Web: George Mason University’s Department Bioengineer of offersing research unique educational and experiences 4400 University Drive, MS 177 Fairfax, 22030 VA Phone: Booth #712 George Mason University Departmentof Bioengineering
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[email protected] www.kgi.ed +82-2-958-6142 [email protected] www.kist.re.kr 610-758-4091 [email protected] www.lehigh.edu/bioe/ 860-675-7834 [email protected] www.karger.com 909-607-8590
Email: Email: Web: Email: research, offering a full range of coursework and research opportunities, from nanoscale to systems,for BS, MS and PhD students. Our faculty and students focus on the advancement of knowledge in three main target areas: Diagnostics,Biocomputations Modeling, and Sensors Devices,& Materials and Therapies, & application for wide range a biopharmaceutical,to of biomedical and health-related industries. The highly collaborative environment at fosters Lehigh interdisciplinary engage across departmentalment the beyond and boundaries university campus, capitalizing on Lehigh’s proximity to CityNew York and Philadelphia. Email: Web: Keck Graduate Institute was founded as the (KGI) in 1997 first higher education institution in the US dedicated exclusively to education and research in applied life sciences. offersKGI innovative programs that integrate life and health genetics, and sciences, pharmacy, business, engineering, with a focus on industry projects and collaboration. Booths #519/521 InstituteKorea of Science and (KIST) Technology Seongbuk-gu Hwarangno5, 14-gil, Seoul Republic 02792 of Korea Phone: Booth #324 Lehigh University Bioengineering Research Drive, Room D325 111 Bethlehem, 18015 PA Phone: Email: Web: The Department of Bioengineering continues Lehigh’s tradition of world-class excellence in education and prepare studentsfor careers in research, medicine, or industry through a hands-on education in specialized BME disciplines: Biomedical Data Science, BiomedicalImaging Instrumentation,& Computational Genomics Medicine, Regenerative and Neuroengineering, Systems Biology, & Bioengineering for Center Our Engineering. Immune & Innovation Design and program MSE focuses medical on Applied The commercialization. and development device Biomedical Engineering program MS practicing allows scientists and engineers engineering their enhance to skills so that they can solve today’s critical problems in medicine. and biology Booth #801 Karger Publishers West26 Avon Road CT 06085 Unionville, Phone: Web: Booth #532 GraduateKeck Institute 535 Watson Drive Claremont, CA 91711 Phone: -
Atlanta 410-614-4280 [email protected] www.bme.jhu.edu 800-234-1757 [email protected] www.iworx.com |
Email: Email: Email: Email: ical practice and improve human health. Our MSE, PhD, degree MS international programsand dual Tsinghua-JHU BMES 2018 programs—consistently ranked in the #1 nation—provide a supportive nurturing collegiality and of and environment collaboration. Students work with leading scientists and clinicians to develop technologies that willtransform med For over 50 years, the Johns Hopkins Department of Biomedical Engineering been has breaking ground new in biomedical discovery and innovation. Our graduate Baltimore, MD 21205 Phone: Web: Johns Hopkins University Engineering Biomedical Rutland720 Avenue, 406 Traylor and C++. Used in over 1000 Collegesand C++. and Universities. Booths #501/503/505 Teaching andTeaching Research systems include all of the necessary components and hardware cardiovascular, for Includes physiology. neuromuscular and respiratory, LabScribe software as well as drivers for Matlab, LabView, Dover, NH 03820 Dover, Phone: Web: iWorx Systems, Inc. 62 Littleworth Road Booth #826
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Atlanta
514-398-7138 [email protected] www.mcgill.ca/bioengineering 517-884-6976 [email protected] www.egr.msu.edu/bme/ 507-250-6280 [email protected] www.mayo.edu/gs/programs/phd/ biomedical-engineering
with flexible and personalized curriculums. The depart ment is housed in a state-of-the-art research facility and facultybrings together exceptional with appointments across departments, 14 fostering a collaborative environ ment interdisciplinary and research the Biomed in areas of ical Devices, Imaging, Precision Health, Neural Engineering, Medicine, Developmental, Chemical, Cell, Stem Translational Synthetic, Computational and Systems, Cancer, Biology. Additionally, the department maintains strong partner- withships leading medical research centers in the area beyond. and McGill University Department of Bioengineering Sherbrooke Street817 West, Room 270 Montreal, Quebec H3A 0C3 Canada Phone: Email: Web: The Department of Bioengineering is the newest depart ment to join McGill University’s renowned Faculty of Engi neering. Faculty members are carrying out experimental computationaland research biological in materials and mechanics; biomolecular engineering; and cellular and biomedical, diagnostics, throughput high and screen Theing. Department runs interdisciplinary an graduate program Biological in Biomedical and Engineering (BBME: partnership in www.mcgill.ca/bbme) with Department the of Biomedical Engineering in the Faculty of Medicine. Booth #915 Michigan State University Department of Biomedical Engineering Woodlot775 Drive, 4000 Bio Engineering Building East Lansing, MI 48824 Phone: Email: Web: The BME department at Michigan State University offers competitive research-oriented Masters programs PhD and Booths #512/514 Clinic GraduateMayo School of Biomedical Sciences Biomedical EngineeringPhysiology & 200 First Street, SW SMH JO 4-184 Rochester, MN 55905 Phone: Email: Web: The Graduate Program in Biomedical Engineering & Physiology at Mayo Clinic Graduate School of Biomedical Sciences has a long, richhistory with a tradition of research that spans interdisciplinary boundaries routinely and connects the sciences physical to and engineering the biological sciences clinical and practice. Clinic The Mayo Graduate School offers graduate programs various in fields leading to PhD and MD/PhD degrees. The Graduate Program in Biomedical Engineering & Physiology offers a wide range of research opportunities from basic discovery science clinical to translational and research. Students are provided the necessary quantitative tools to become leaders in diverse fields of biomedical sciences. Booth #319
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is the preeminent, biomedical journal www.mcw.marquette.edu/biomedical- 414-288-3375 [email protected] engineering coes.latech.edu/cbers/biomedical- engineering-research 318-257-4420 [email protected] [email protected] www.liebertpub.com 914-740-2100
Email: biology; molecular systems molecular biology; modeling. and and orthopaedicand rehabilitation; Informatics Imaging, and Analytics; cardiovascular pulmonary and physiology and devices; analytics; computational biology systems and The Marquette University and Medical College of Wisconsin Department features innovative Engineering Biomedical of programs in the following research areas: neurosystems neurorehabilitation;and biomechanics, including trauma Phone: Email: Web: Medical College of Wisconsin Watertown8701 Road Milwaukee, WI 53226 Booth #619 Marquette University / microfluidic chip/biomarker discovery, advanced chip/biomarker microfluidic optical tissue Plus, and engineering. molecular cell, and imaging; we have clinical partners in epilepsy, anesthesia, traumatic brain cancer and injury, treatment. university with small classes and friendly students and faculty? Please talk to us! Our research areas include nanotechnology/ engineering/ neuroscience; neural applied biotechnology; biosensors; processing, biosignal Web: Are you looking for a graduate program in a research 818 Nelson Avenue Avenue Nelson 818 Ruston, LA 71272 Phone: Email: Booth #829 UniversityLouisiana Tech Engineering Biomedical to the ultimate care of patients. The official journal of TERMIS. This multidisciplinary journal isdivided into three parts, providing annual 42 issues of groundbreaking scientific peer-reviewed research, reviews, methods, special issues, industry updates, and more that will enable contributions Web: Tissue Engineering advancing the field with cutting-edge research and appli cations on all aspects oftissue growth and regeneration. New Rochelle, NY 10801 Phone: Booth #705 Mary Ann Liebert, Inc. Huguenot140 Street
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30 EXHIBITOR BOOTHS INFORMATION AND Booth #713 Michigan Technological University 1400 Townsend Drive Houghton, MI 49931 Create the future... Phone: 906-487-2772 Email: [email protected] of healthcare Web: www.mtu.edu/biomedical Located in the beautiful Upper Peninsula of Michigan, the Department of Biomedical Engineering at Michigan Technological University conducts world-class research at the interface of medicine, biology, and engineering, while educating the next generation of biomedical engineers by offering B.S., M.S., and Ph.D. degrees. The BME Depart- ment at MTU leverages the University's strong and rich history of engineering education and research. We create the future of medicine.
Booth #825 Nanoscience Instruments 10008 S. 51st Street, Suite 110 Phoenix, AZ 85044 Michigan Technological University Phone: 480-758-5400 Email: [email protected] Department of Biomedical Engineering Web: www.nanoscience.com Houghton, Michigan Nanoscience Instruments offers a variety of instrumenta- tion for academic and industrial R&D, including: electro- www.mtu.edu/biomedical spinning equipment with climate control to ensure repro- ducible experiments, desktop SEMs, contact angle meters, nanoindenters, tensile testers and QCM-D. We also offer analytical services to support your research, production and quality assurance needs. www.nanoscience.com
Booth #704
Nanoscribe GmbH care. Stories of exciting research breakthroughs are told Hermann-von-Helmholtz-Platz 1 through video and web content at www.nibib.nih.gov. Eggenstein-Leopoldshafen 76344 Germany In addition to funding research, NIBIB supports a broad Phone: +49 721 981 980 0 range of training programs from undergraduate to Email: [email protected] post-doctoral students. These programs are designed to Web: www.nanoscribe.com support researchers throughout the career continuum, increase the number of clinician-scientists, and enhance Nanoscribe’s Photonic Professional GT is the world’s the participation of underrepresented populations in bio- highest resolution 3D-printer for nano- and micrometer medical imaging and bioengineering research. fabrication. It enables production of scaffolds, filters and surfaces with unique characteristics for tissue engineering, medical devices, life sciences, micro-optics, and Booth #311 microfluidics. National Science Foundation (NSF) 2415 Eisenhower Avenue Booth #721 Alexandria, VA 22314 National Institute of Biomedical Phone: 703-292-5111 Imaging & Bioengineering Email: [email protected] National Institutes of Health Web: www.nsf.gov 31 Center Drive, Room 1C14 Programs within the NSF Engineering Directorate support innovative, fundamental research and education in Bethesda, MD 20892 biomedical engineering. Ten core programs as well as Phone: 301-496-9208 numerous solicitations include biomedical engineering Email: [email protected] as part of their portfolios. Program directors from Engi- Web: http://www.nibib.nih.gov neering of Biomedical Systems, Disability & Rehabilitation The mission of the National Institute of Biomedical Imaging Engineering, Biosensors, and Biomechanics & Mechano- and Bioengineering (NIBIB) is to improve human health by biology–along with the CBET (Chemical, Bioengineering, leading the development and accelerating the application Environmental & Transport Systems) Division Director–will of biomedical technologies. The Institute is committed to be available to answer questions about proposals, areas integrating the physical and engineering sciences with the for funding, timelines and expectations while writing, and life sciences to advance basic research and medical common author mistakes.
32 BMES 2018 | Atlanta EXHIBITOR BOOTHS AND INFORMATION 33
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541-737-2491 [email protected] cbee.oregonstate.edu 503-418-9331 [email protected] www.ohsu.edu/bme 614-292-7152 [email protected] www.bmeosu.edu 781-613-2030 [email protected] www.optics11.com/products/lifescience
Email: Corvallis, OR 97331 Phone: Email: Web: Oregon State University’s offers M.Eng., M.S., and Ph.D. degrees via its new interdisciplinary graduate program in bioengineering administered by the School of Chemical, Faculty Engineering. from Environmental and Biological, across the university participate. The program provides broad exposure through coursework and seminars, as well as a focused research experience. acterizing nanoscale mechanical properties micro- the and of samples in air or liquid conditions. Our systems work fast, are easy-to-use, match AFM sensitivity, and produce signal-to-noise generate ratios. also devices excellent Our viscoelastic of maps properties printed 3D complex of shapes, small volumes, or thin films. Booth #924 Oregon Health & Science University (OHSU) Department of Biomedical Engineering 3303 SW Bond CH13B Ave., Portland, OR 97239 Phone: Email: Web: The BME graduate program with the OHSU School of Medicine provides both breadth and depth in human and measurement in training through (patho)physiology data science computational and biology approaches to address unmet clinical needs. The curriculum tailored is for each student based upon their background, research direction and career goals. Booth #119 Oregon State University School of Chemical, Biological and Environmental Engineering Johnson Hall 116 Booths #926/928 The Ohio State University Department of Biomedical Engineering Carmack1080 Road Bevis401 Hall Columbus, OH 43210 Phone: Web: Offering B.S., M.S., and Ph.D., M.D./Ph.D. degrees with research programs different 7 in biomedical engineering domains in state-of-the-art facilities and with strong collaborations with the OSU Wexner Medical Center, Davis Heart and Lung Research Institute, Nationwide Children’s Hospital and the OSU Comprehensive Cancer Center featuring the 3rd largest Cancer Hospital in the nation. Booth #1012 Inc. Optics11 University396 Avenue Westwood, MA 02062 Phone: Email: Web: makes fiber opticOptics11 based nanoindenters for char
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847-467-1213 [email protected] mccormick.northwestern.edu 973-596-5476 [email protected] http://biomedical.njit.edu [email protected] www.nsbe.org 703-549-2207
Email: Email: school campus in downtown Chicago. erative Biophotonics, Medicine, Imaging and Neural and Northwestern Rehabilitation, and Engineering University BME attracts top faculty and students Research alike. takes place on the main campus in Evanston and on the medical Phone: Web: With cutting-edge research in Biomaterials and Regen Northwestern University—BME Sheridan Road2145 Evanston, IL 60208 engineering and biomaterials. and engineering Booth #404 highest scores and are SAT a research- We atGPA NJIT. active department in areas of head injury biomechanics, neuro-rehabilitation, directbrain interfacing, biomedical tissue processing, cellular/molecular signal neural imaging, popular master’s degree program can be customized providing you the opportunity to meet your academic and professional goals. Our undergraduate program ABET is accredited and attracts a diverse student body with the Graduate School of Biomedical Science at Rutgers New Jersey Medical School. the National In 2010, Research Council ranked our Ph.D. program nationally out 26 of 76 curriculum qualityfor student and accomplishments. Our NJIT’s Biomedical Engineering Department Engineering Biomedical is NJIT’s (BME) among the top producers of BME degrees in the region with over 300 undergraduate, master’s 100 and 50 doctoral students. Our Ph.D. program is delivered jointly with the Phone: Email: Web: Department of Biomedical Engineering University Heights Newark, NJ 07102 Booths #1018/1020 JerseyNew Institute (NJIT) of Technology mission is “to increase the number of culturally responsible succeed academically, excel who engineers black professionally and positively impact the community.” information, more visitFor www.nsbe.org. governed organizations based in the United States. NSBE, supportsfounded in 1975, and promotes the aspirations of pre-collegiate and studentscollegiate technical and NSBE’s technology. and engineering in professionals Web: With more than 500 chapters and active more than 19,000 members in the U.S. and abroad, the National Society of Black Engineers (NSBE) is one of the largest student- Alexandria, 22314 VA Phone: Booth # 427 National Society of Black Engineers 205 DaingerfieldRoad
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+82-2-852-1122 [email protected] www.qbiosens.com 765-494-2995 [email protected] www.purdue.edu/bme 864-328-0008 [email protected] www.poly-med.com 1-866-251-2850 [email protected] www.promocell.com
Web: Web: 53, Gasan digital Geumcheon-gu 2-ro, Seoul 08588 Korea Phone: Email: Web: on-site various in development accelerating our are We application platformdiagnosis products, & technologies based on our cutting-edge Bio-MEMS technology. Prompt QUBE™- r Blood Whole Diseases using of Diagnosis Portable Blood Separation & Lysis Kit r QPLEX™-Multiplex Disease Detector Food Safety with Pre-detection of Virus r POCT Sensor Virus QPRE™-Foodborne and cancer cell lines. Scientists worldwide use our products biomedical PromoCell applied and basic in engineering advanced biomedical including research, applications. Booths #509/511 UniversityPurdue School ofWeldon Engineering Biomedical 206 S. Martin Jischke Drive West Lafayette, IN 47907-2032 Phone: Email: Web: The Weldon School of Biomedical Engineering at Purdue recruits exceptional MS and PhD students for nationally- funded graduate programs signature four ex in of areas pertise: instrumentation, imaging, engineered biomaterials biomechanics, and quantitative and cellular and systems engineering. are continuing We to grow our diverse faculty and clinical partnerships that distinguish biomedical in us entrepreneurship, regulatory science, translationaland impact. Booth #1004 RADIANQBIO Ltd. Co., Halla-Sigma Valley #1303 Booth #425 Poly-Med, Inc. Technology Drive51 Anderson, SC 29625 Phone: Email: bioresorbable of developer leading the Poly-Med is polymers and 3D printed solutions. help We innovative medical device companies focused patient improving on manufactures and outcomes. develops, Poly-Med designs, superior materials to get customer products to market, in the most efficient with manner, the greatest improvement to quality of life. Booth #1010 Promocell GmbH Sickingenstr.63/65 Heidelberg, Germany 69126 Phone: Email: PromoCell is a premier manufacturer of cell culture products. its for recognized broad widely is PromoCell cells, blood stem and primary cells, range of cells human as well as optimized cell culture media for primary cells -
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Atlanta 814-865-1407 [email protected] www.bme.psu.edu |
Oregon State University is home to the state’s only graduate only graduate the state’s is home to University State Oregon culminating tracks with three in bioengineering, program provides program Our or Ph.D degrees. M.S., in M.Eng., expertise to conduct and faculty with resources students to their interests. matched areas in core studies advanced For more information, please visit SUCCEED HERE SUCCEED with graduate programs Bioengineering experience research interdisciplinary an . or email [email protected] phone 1-877-257-5182 SEE YOURSELF SEE BMES 2018 discovery from academia to society. Come by for a visit. forward look meeting you! to We disciplines increase to the breadth uniquely our of trained faculty facilities, cutting-edge specialized and enable research fundamental in bioengineering, biomaterials, physical, medical and life sciences with a goal to translate development through innovative solutions to problems in in problems solutions to innovative through development biotechnologies, medicine and the life sciences. The grad uate program offers strong integration with other many and the Intercollege Graduate Degree Program in Bioen gineering are proud to offer B.S., M.S. and Ph.D. degrees. Our mission is to educate students to become world-class contribute engineering biomedical who engineers to Phone: Email: Web: The State Penn Department of Biomedical Engineering The Pennsylvania State University Hallowell205 Building University 16802 Park, PA Booth #520
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877-647-3625 [email protected] www.comniscientific.com 404-894-1865 [email protected] www.senic.gatech.edu 848-445-4500 [email protected] http://bme.rutgers.edu
Phone: Email: Web: Phone: Web: Phone: Email: and Nanotechnology at (IEN) the Georgia Institute of Tech nology and the Joint School of Nanoscience and Nano– engineering (JSNN)—an academic collaboration between North Carolina State A&T University and the University of North Carolina at Greensboro. SENIC combines the infra structure strengths of both Georgia and the Tech JSNN to provide users access to one of the largest and most modern nano-fabrication nano-characterization and tool sets in the country. Additionally, SENIC conducts educational and public outreach on the role that nanoscale science and engineering will contribute to solving societal, environmental economic challenges. and 1900 Sleepy1900 Hollow Road South15129 Park, PA SOMNI Scientifics roots are in both human and veterinary anesthesia. SOMNI personnel have been at the cutting edge of vaporizer and anesthesia system design for over 35 years. have workedWe alongside the world’s largest pharma ceutical companies and are involved in the advancement in animal research equipment. SOMNI Scientific’s trained staff knowledgeable and diversity unparalleled bring and education throughout the veterinary research animal and field. Booth #828 South Eastern Nanotechnology Infrastructure Corridor Georgia Institute of Technology NanotechnologyMarcus Building 345 Ferst Drive Atlanta, GA 30332 Email: The Southeastern Nanotechnology Infrastructure Corridor (SENIC) is a partnership between the Institute for Electronics Booths #609/611 University State The Rutgers, of Jersey New Road Taylor 599 08854 NJ Piscataway, Web: The Rutgers Department Biomedical of Engineering (BME) vibrant a is dynamic and enterprise scholarship, of learning, and technology development. Located in the heart of New Jersey’s “Cure Corridor”, BME offers a remarkably diverse array opportunities of undergraduate, for graduate, and postgraduate training research and molecularin systems tissue and engineering, biomaterials bioengineering, bionanotechnology, biomechanics, rehabilitation engineering, biomedical and The imaging. program offers a BS degree at the undergraduate level, and MS, PhD, and MEngdegrees at the graduate level, the last of which is also offered 100% online. Theprogram also offers joint Masters of Business and Science and (MBS) MD-PhD degrees, as well as a certificate in Medical Device Design Development. and Booth #424 Somni Scientific -
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[email protected] www.rellhealthcare.com 702-259-4005 713-348-5869 [email protected] www.bioe.rice.edu [email protected] www.bme.rpi.edu 518-276-6548 [email protected] www.reedtech.com 215-734-2115
Email: Phone: Phone: Email: Web: Email: Email: Email: Web: ment and replacement parts from the top manufacturers across all modalities, including Siemens, Toshiba, GE, and Philips. Web: Richardson Healthcare offers diagnostic imaging equip 8190 Regent Parkway8190 Fort Mill, SC 29715 Phone: biomechanics. Booth #702 RichardsonHealthcare ical diagnostics, and imaging biomolecular and cellular engineering, computational theoretical and bioengineering, tissue and systems and engineering synthetic and biology, programs that lead to an MBE, or a joint PhD, MD/PhD with Baylor College of Medicine. Situated next to the Texas Medical Center, we offer education and research opportunities in biomaterials and drug delivery, biomed Rice University’s Department of Bioengineering is a top- tier teaching and research institution with graduate 6100 Main Street 6100 Houston, TX 77005-1892 Booths #300/302/304 UniversityRice Department of Bioengineering doctoral Program, Training NSF iCORPs site) and Under Bioengineeringgraduates in Biomanufacturing). and (REU (bme.rpi.edu) technological university research educating outstanding academics, industry leaders and research scientists. Stop by and learn about graduate programs (MS and as PhD) well as opportunities for graduate students (NIH Pre- Web: Rensselaer Polytechnic Institute is the nation’s oldest Rensselaer Polytechnic InstitutePolytechnic Rensselaer 8th Street, BMED110 JEC7049 NY 12180 Troy, Phone: Booth #715 Horsham, 19044 PA Phone: Booth #805 Technology Reed Drive Grove Walnut 7
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@TempleBioE
engineering.temple.edu/bioe
215-204-3404 [email protected] http://engineering.temple.edu/bioengineering
TEMPLE BIOENGINEERING TEMPLE Phone: Phone: of versatile, oriented,of multiscale, problem entrepreneurial engineers, who can easily step out of their expertise to integrate skill sets with information from other fields. Booth #724 University Temple of Engineering, College Department of Bioengineering North Street 12th 1947 19122 Philadelphia, PA Email: Web: University, Department the In Temple at Bioengineering of faculty graduateour and undergraduate our help to aim students sculpt their ideas, we teach and train them to understand possible develop health-related to problems, knowledge-based fundamental, solutions through paths, implement to thoseand solutions through translational methods. Our students are equally versed in quantitative, engineering approaches natural cellular-based to sciences chemistry) devices-based in skills and physiology, (biology, (programming, data science, instrumentation). Through education and research, we will prepare new generations - - - - -
Atlanta syr.edu [email protected] 315-443-1931 [email protected] www.bme.stonybrook.edu 631-632-1480 201-216-5000 [email protected] www.stevens.edu 212-460-1500 [email protected] www.springer.com |
Email: Web: Email: Web: Phone: Phone: Email: Phone: Phone: BMES 2018 aid opportunities.aid plinary research education and biomedical in engineering in a truly collaborative setting within the Syracuse Bio Institute.materials Interact with faculty our graduate and students on a one-to-one basis and learn about financial Prospective graduate students and faculty can learn about our graduate programs that offer cutting edge, multidisci 329 Link329 Hall Syracuse, NY 13244 Phone: Syracuse University Department of Biomedical and ChemicalEngineering bioimaging. Booth #625 to drive the development of therapeutics, diagnostics and medical devices. Areas of research expertise include biomechanics, bioelectricity, tissue engineering, bioin and strumentation, bioengineering, molecular and cellular The mission of the BME department at Stony Brook Uni versity is to fully integrate the cutting edge of engineering and physical sciences with state-of-the-art biology to and understanding our problems, advance biomedical of Phone: Stony BrookStony University BiomedicalEngineering Department Bioengineering Building 101 Stony Brook, NY 11794-5281 Web: Booth #313 Hoboken, NJ 07030 07030 NJ Hoboken, Booth #202 InstituteStevens of Technology 1 Castle Point Terrace tent through a range of innovative products and services. Springer is the world’s largest academic book publisher and numbers almost 13,000 staff in over 50 countries. Web: Springer is one of the world’s leading global research, educationalprofessional and publishers, array an to home of respected and trusted brands providing quality con New NY York, 10013 Email: Booth #909 Springer Nature 233 Spring Street
EXHIBITOR BOOTHS AND INFORMATION
36 EXHIBITOR BOOTHS AND INFORMATION 37
BMES 2018 | Atlanta
Offers range from $25K-35K per Offers range from $25K-35K year plus tuition Research assistantships Merit and Diversity-based Fellowships NEW BME National Excellence Fellow Program •Master of Science •Master of Engineering •Doctor of Philosophy • • • • Degrees offered: Ph.D. Funding: Impact health outcomes. Impact 520-626-9134 [email protected] https://engr.bme.arizona.edu [email protected] www.uab.edu/engineering/bme Stop by booth 701 to learn more or visit tx.ag/bmegrad more learn to 701 booth by Stop Get your masters or doctoral degree from BME@TAMU Get your masters or doctoral
Phone: Email: Phone: 205-934-8420 The University of Arizona Engineering Biomedical Box 210020 P.O. Tucson, AZ 85721 Web: Booths #312/314 The University of Alabama at Birmingham Engineering Biomedical University1670 Boulevard, VH G094 Birmingham, AL 35294 Email: Web: The BME department at The University of Alabama at Birmingham offers BS, MS, and PhD degrees. The MS program offers an optional Certificate in Life Sciences Entrepreneurship. The primary interdisciplinary research biomechanics, tissue and include engineering, programs electrophysiology. department The cardiac currently includes primary 20 and 60 secondary faculty members. UAB BME is ranked 4th in the U.S. in NIH funding to joint departments Ridge Blue the by engineering biomedical of Institute for Medical Research. Booth #315 - -
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in vivo 330-972-6977 [email protected] bme.uakron.edu [email protected] www.bmen.tulane.edu 504-865-5897 [email protected] www.engineering.tufts.edu/bme 614-627-2580 979-845-5532 [email protected] http://engineering.tamu.edu/biomedical
for translation for
Phone: Email: Phone: limited to, optics, biome biomaterials, to, limited microtechnology, chanics, regenerative and medicine. grams in BME. These programs have an individualized curricular approach, designed coordination in with each student’s career plans. BME faculty are engaged in both basic translational and research areas, including, but not Web: The University of Akron offers MS and PhD degree pro Auburn Science and Engineering Center Engineering and Science Auburn Room 275 44325-3901 OH Akron, Booth #919 The University of Akron BiomedicalEngineering Department Phone: Email: Web: Department of Biomedical Engineering Avenue. Charles St. 6823 New Orleans, LA 70118 Booths #109/111 University Tulane themes in the Center focus on functional tissue engineering systems a through achieved approach–integrating cells, scaffolds bioreactors and control to the environment vitro in Arts and Sciences and the professional schools.The Tissue Engineering Resource Center (TERC) was initiated in August of 2004 as a Resource Center supported through the National Institutes program. of Health The P41 core core disciplines such as engineering, biology, computer biology, engineering, as such disciplines core physics, chemistry,science, emphasizing physiology and interdisciplinaryan approach research to education. and Strong emphasis is placed on interactions with faculty in Email: Web: Biomedical Engineering at Tufts University draws from 4 Colby Street Medford, MA 02155 Phone: a rangea exceptional academic of experiences. Booths #113/115 Tufts University Biomedical Engineering collaborations with the Colleges of Medicine and Veterinary Medicine, as well as industry. Offering graduate degrees at the master’s and doctoral levels, this program provides to impact health outcomes in the areas of biomechanics, cellular and biomolecular tissue engineering, biomaterials, more. and optics, imaging, engineering, and sensing The department’s award-winning faculty have strong Email: Web: The Department of Biomedical Engineering A&M at Texas studentsUniversity allowing programs degree provides 3120 TAMU CollegeStation, TX 778435 Booths #701/703 UniversityA & M Texas Department of Biomedical Engineering
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36 - - Biomechanics & & Biomechanics Biomaterials & Optics Biomedical Cell & Tissue Engineering Molecular Research Areas: Research Dynamic Location In a 2017 ranking, & World News U.S. Report named AR one Fayetteville, of best five top the to live. places • Mechanobiology • • Imaging • Engineering • University ofUniversity Arkansas Programs in [email protected] [email protected] http://bioeng.berkeley.edu/ 403-220-4818 [email protected] www.ucalgary.ca/bme 510-664-4472
biomedical-engineering.uark.edu BIOMEDICAL ENGINEERING BIOMEDICAL
at the U Why BME at of A? Successful Students from the National fellowhips received our graduate have students year, past In the Science Foundation, the American Heart Association, the Fulbright Foundation, Board, among others. Southernand also the Review Education Faculty Expert ofEight of nine Investigator Principal the are here faculty our tenure/tenure-track on external As of grants. 40% of for nearly accounted 2015, BME faculty March U of the to NIH grantsthe awarded A. Partnerships Industry Key Our Advisory Board partners with a ofnumber leaders in the field of biomedical our undergraduate for easier it makes and graduate which engineering, to students internships top secure and jobs. Email: Email: Web: Email: Web: Phone:
Booth # 319 University of Calgary 2500 University Drive NW Calgary, Alberta Canada T2N 1N4 Phone: University of Calgary is a world have over We leader. 250 Biomedical Engineering researchers working multidisci in plinary teams at more than unique, 25 state-of-the-art facil ities across campus. The integrated nature of engineering, veterinary science and medicine, medicine, kinesiology, nursing at the University of Calgary is a unique strength in Canada. Booth #610 University of California, Berkeley 306 Stanley Hall #1762 CA 94720-1762 Berkeley, - - - - -
Atlanta [email protected] http://engineering.buffalo.edu/bme.html 716-645-8500 604-822-0367 [email protected] www.bme.ubc.ca [email protected] 479-575-4786 www.biomedical-engineering.uark.edu |
Email: Email: Web: Phone: Email: Email: Web: Phone: Email: Email: Phone: BMES 2018 provide an immersive experience for our students. Stop by our booth for a sweet treat and talk with a current student or staff member to learn more about UB BME. faculty have attracted significant funding from federal and state sources, as well as private foundations. Our close with collaborations medical departments other such as Pathology, Orthopedics, Surgery, and Neurosurgery the School of Engineering and Applied Sciences and the Jacobs School of Medicine and Biomedical Sciences. We offer BS, MS and PhD degrees with specialties in Imaging, Tissue Our Devices, and Engineering. and Biomaterials The Department of Biomedical Engineering is part of Engineering Bonner332 Hall Buffalo, NY 14260 University Buffalo, at State The University of York New The Department of Biomedical ate students in September 2018. Booth #804 cellular engineering,cellular biological computational imaging, biology and human interfacing devices. have over We 100 graduate students, offering MEng, MASc and PhD pro grams and will welcome the first cohort of 60 undergradu British Columbia, established as a strategic in 2017 part nership between the Faculties of Applied Scienceand Medicine, is comprised of more than faculty 20 members and molecular including areas leaders in research are who The School of Biomedical Engineering at University of School of Biomedical Engineering Health2222 Sciences Mall BritishVancouver, Canada Columbia 1Z3 V6T Booth #319 The University of British Columbia Delivery Systems. Stop by our booth and learn how well qualified students $10,000can earn to $20,000 per year on standard of top assistantship stipends! ty has research programs Organ in: Regeneration; Cell Molecular Nanobiotechnology;and Imaging; Molecular Genetics and Cell Biology in Disease Prevention; Biomate Immunotherapy and Vaccine and Tissuerials; Engineering; Web: The Biomedical Engineering Program at the University of Arkansas offers MS and PhD degrees. Our active facul 790 West 790 Dickson Street, Room 120 Fayetteville, AR 72701 Booth #401 University of Arkansas Engineering Biomedical
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38 EXHIBITOR BOOTHS AND INFORMATION 39
BMES 2018 | Atlanta 949-824-3494 949-824-3494 [email protected] www.eng.uci.edu/dept/bme Phone: Phone: Email: Web: Booths #813/815 University ofCalifornia, Irvine Natural Sciences3120 II Irvine, CA 92697-2715 The goal of the UCI biomedical engineeringprogram is to train students century for 21st jobs in the biomedical and biotechnology industries, healthcare professions and academia. Located at a world-class research university deep in the heart of the nation’s biomedical device and technology capital, we are uniquely positioned to build upon existing our research strengths.
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[email protected] www.bme.ucdavis.edu 530-752-1033
systems, imaging, synthetic biology, tissuesystems, engineering synthetic imaging, biology, and regenerative medicine. Keep up with our latest news by following UCDavisBME on Facebook, Twitter and Instagram. partnerships. offer We BS, MS and PhD degrees. Visit our website or drop by our booth to learnabout our programs bioinformatics,in biomechanics, molecular and cellular relationships with clinicians, both at the UC Davis Medical Center and at the School of Veterinary Medicine. The suc cess of our faculty at attracting funding generates many opportunities graduate-student for industry and research home to a world-class medical imaging center and cutting- edge 3D prototyping facility. One of our core valuesis the belief that biomedical engineers should learn by doing. At UC Davis we emphasize translation through our close Web: BME at UC Davis combines exceptional teaching with state-of-the-art research to prepare students for careers in academics and industry. are ABET-accredited We and Davis, CA 95616 Phone: Email: Booths #201/203 Davis California, of University One Shields Avenue, GBSF 2303
Atlanta | BMES 2018
38 EXHIBITOR BOOTHS INFORMATION AND Booth #902 The University of California, Riverside Department of Bioengineering 900 University Avenue 205 Materials Science and Engineering Riverside, CA 92521 Phone: 951-827-4303 Email: [email protected] Web: www.bioeng.ucr.edu Research Areas The mission of the Department of Bioengineering at the University of California, Riverside is: Biomaterials and Regenerative Medicine • To instill in our students a strong foundation in science, engineering, and biological principles, and to prepare them to resolve challenges at the interface Biomedical Imaging of engineering, life sciences, and medicine. • To positively impact health and society through Computational Engineering research and innovation in biotechnology and biomedicine. Molecular and • To shape the field of bioengineering/biomedical Cellular Engineering engineering through scientific rigor and intellectual creativity. Neuroengineering Our unique interdisciplinary graduate program and ABET-accredited undergraduate program both combine building a solid fundamental foundation in biological Visit us at sciences and engineering while, simultaneously, developing diverse communication skills. Booth 902
Booth #819 UC San Diego www.bioeng.ucr.edu 9500 Gilman Drive San Diego, CA 92093 Phone: 858-822-3441 Email: [email protected] Web: http://be.ucsd.edu/
Booth #325 University of Chicago Institute for Molecular Engineering 5640 South Ellis Avenue Chicago, IL 60637 Phone: 773-834-2057 Email: [email protected] Web: http://ime.uchicago.edu
Booth #429 University of Cincinnati P.O. Box 210012 Cincinnati, OH 45221 Phone: 513-556-0088 Email: [email protected] Web: http://ceas.uc.edu/biomedical-engineering. html
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| Atlanta 352-273-9222 [email protected] www.bme.ufl.edu
Email: Web: Booth #709 University of Florida Center Drive1275 Biomedical Sciences JG-56 Building Gainesville, FL 32611 Phone: The J. Crayton Pruitt Family Department of Biomedical Engineering at the University of Florida (UF BME) is dedi translatable clinically and innovative cated developing to educating technologies, biomedical future generations of cultivating engineers, and nurturbiomedical leaders, by integrationing engineering, of science, healthcare and collaborative a in dynamic and educational research and environment. UF BMEis one of only a few departments nationally to be co-located with a top-ranked medical school, veterinary school, and dental school, along with stronghaving a culture entrepreneurshipof and commercialization. - -
www.bme.udel.edu 302-831-4578 [email protected] 303-724-7296 [email protected] www.ucdenver.edu/bioengineering
Email: Email: Engineering. who are intellectually motivated, creative, and diverse individuals to join us. Our research focus areas: Musculo and Cancer Diagnosis Engineering; Neural and skeletal Tissue Regenerative and Disease Modeling; Therapy; Web: University Biomedical Engineering Delaware’s of Depart students graduate and undergraduate welcomes ment 150 Academy150 Street Newark. DE 19716 Phone: Booth #518 University of Delaware Colburn Lab 161 research focus areas: tissue engineering, neuroscience, neuroscience, tissue engineering, focus areas: research design, device assistive biomedical technology, entrepreneurship, regulatory affairs clinical and imaging. The Bioengineering program at CU Denver welcomes welcomes Denver CU at program Bioengineering The students. master PhD and undergraduate, students Our perform and learn design medical device or research in world-class hospitals and clinical research labs. Our Phone: Web: Departmentof Bioengineering E. Montview12705 Blvd., Suite 100 Aurora, 80045 CO Booth #729 University of Colorado/Anschutz CampusMedical
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EXHIBITOR BOOTHS INFORMATION AND Booths #219/221 Booth #719 University of Georgia University of Illinois at Chicago 597 D.W. Brooks Drive 851 S. Morgan Street, Room 218 Athens, GA 30602 Chicago, IL 60607 Phone: 706-542-0870 Phone: 312-996-2335 Email: [email protected] Email: [email protected] Web: http://engineering.uga.edu/schools/cmbe Web: www.bioe.uic.edu The newly formed School of Chemical, Materials and One of the first degree granting and accredited Biomedical Engineering at the University of Georgia is Bioengineering programs in the nation, since 1965 UIC focused on translational research in the areas of Bio- Bioengineering offers B.S., M.S., Ph.D., M.D./M.S. and manufacturing, Bio-based materials and Next-gen advanced M.D./Ph.D. programs that emphasize translational research therapeutics. The school offers several graduate programs, and innovative training that can include clinical immersion including PhD programs in Biochemical Engineering, Biomedical and industry-linked interdisciplinary medical product Engineering and Biological & Agricultural Engineering. development. The Richard and Loan Hill Department of Bioengineering is led by 30 core and more than 100 Booth #101 affiliate faculty who collaborate with researchers in five major academic medical centers in Chicago—including University of Houston UIC, home of the largest medical school in the country. Department of Biomedical Engineering 3517 Cullen Blvd. Houston, TX 77204 Phone: 832-842-8813 Email: [email protected] Web: http://www.bme.uh.edu The University of Houston Department of Biomedical Engineering seeks to develop national and global leader- ship in academia, government, and industry by building graduate and undergraduate programs emphasizing global scientific, social, and cultural interaction to meet the demands of the dynamic, ever-changing global healthcare economy. Today our research areas span three primary areas: (1) Neural, Cognitive, and Rehabilitation Engineering, (2) Biomedical Imaging, and (3) Genomics, Proteomics, and Bionanoscience.
OUR RESEARCH CHANGES LIVES
The University of Georgia School of Chemical, Materials and Biomedical Engineering has never been more committed to serving our state, nation, and world. Through investments in talented faculty and state-of-the-art facilities, we’ve doubled down on our search for solutions that result in healthier people, a more secure future, and stronger communities around the world.
It’s our great commitment.
engineering.uga.edu/cmbe
42 BMES 2018 | Atlanta Atlanta | BMES 2018 43 EXHIBITOR BOOTHS INFORMATION AND Booth #409 Booth #318 University of Illinois @ Urbana-Champaign University of Kentucky Bioengineering/College of Medicine Biomedical Engineering Department 1304 W. Springfield Avenue, 1270 DCL 522 Robotics and Manufacturing Building Urbana, IL 61801 143 Graham Avenue Phone: 217-333-1867 Lexington, KY 40506 Email: [email protected] Phone: 859-257-8101 Web: bioengineering.illinois.edu Email: [email protected] The Illinois Bioengineering Department recently moved Web: bme.uky.edu into a new 124,000-square-foot building, Everitt Lab, which The Biomedical Engineering Program at the University of provides our students and faculty with state-of-the-art Kentucky offers a clinic-immersive learning environment facilities, educating the next generation of bioengineering like no other. Since our department is within walking health care innovators and leaders. Also located in Everitt distance of the Colleges of Medicine, Dentistry, Pharmacy, Lab is the $10 million Jump Simulation Center, a place Health Sciences, Public Health, Nursing, Arts and Sciences, where medical students enrolled in our new engineering- Design, Business, Equine Research, Agriculture etc., it will be based Carle Illinois College of Medicine can train in various easy for you to explore options and find your career passion. settings, including an operating room, intensive care unit, and hospital/clinic patient room. Bioengineering is also in- Booth #811 tegrating the simulation center into our laboratory courses, senior design projects, and technology transfer efforts. University of Louisville Bioengineering researchers continue to break new ground 2301 S. Third Street in bioimaging at multi-scale; bio-micro and nanotechnology; Louisville, KY 40292 computational and systems biology; molecular, cellular Phone: 502-852-7415 and tissue engineering; and synthetic bioengineering. Email: [email protected] We offer B.S., M.S, M.Eng, and Ph.D. degrees. Web: http://louisville.edu/speed/bioengineering Booth #408 Areas of emphasis in bioengineering at University of Louisville include biomedical devices, micro- and nano– University of Illinois @ Urbana-Champaign scale electro-biomechanical systems, cellular and tissue Master of Engineering (Professional engineering, biomaterials, and medical imaging. We offer BS and MEng programs in bioengineering, and a Ph.D. in Master’s Program) interdisciplinary studies with specialization in bio– 1304 W. Springfield Avenue engineering. In 2011 we became one of sixteen depart- 1270 Digital Computer Lab, MC-278 ments nationwide to establish a Coulter Translational Urbana, IL 61801 Partnership with the Wallace H. Coulter Foundation to Phone: 217-333-8163 promote translational research. Email: [email protected] Web: www.bioemeng.illinois.edu Booth #213/215 Illinois’ Master of Engineering in Bioengineering is a one- year, non-thesis degree program designed for industry- University of Maryland bound professionals who seek to advance their technical Fischell Department of Bioengineering breadth and depth in fields related to bioengineering, 8228 Paint Branch Drive while developing a big-picture business perspective. The 2330 Jeong H. Kim Engineering Building program offers a choice from one of three transcriptable College Park MD 20742 concentrations: bioinstrumentation (medical devices), Phone: 301-405-8268 computational genomics (big data genome sequencing) Email: [email protected] and general bioengineering. At Illinois, you’ll gain the Web: bioe.umd.edu hands-on experience, leadership ability, and unparalleled The Fischell Department of Bioengineering at UMD is skills needed to be successful in your chosen career. committed to making a difference in human health care through education, research, and invention. We offer Booth #809 programs leading to the B.S., M.Eng., M.S., M.S./M.D., The University of Kansas M.D./Ph.D. and Ph.D. degrees. Our new home, A. James Clark Hall, features more than 11,000 sq. ft. of class lab 1520 West 15th Street space and a vivarium. Lawrence, KS 66045 Phone: 785-864-5258 E-mail: [email protected] Web: http://bio.engr.ku.edu/ Make your voice heard with KU Bioengineering! Our program is broad and flexible, embracing the interdis- ciplinary nature of the field and specializing in translational research. With six tracks; Biomedical Product Design & Development, Biomechanics & Neural, Biomolecular, Biomaterials & Tissue, Bioimaging, and Computational Bioengineering; and a collaboration with The University of Kansas Medical Center, students customize their education and create a niche of research before they enter the job market. Inquire today. Let us help you achieve your career goals. 42 BMES 2018 | Atlanta Atlanta | BMES 2018 43
EXHIBITOR BOOTHS AND INFORMATION 45
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OF BMES 2018 | Engineering
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m JI1 Joint E-mail: E-mail: Web: The Department of Biomedical Engineering at the University of Minnesota is physically located at the intersection of the sciences, physical and and engineering, medical school, in the heart of Medical Alley (home to Medtronic, Boston Scientific, Abbott, plus 500 other FDA-registered medtech companies). Research conducted by the faculty spans the full spectrum, with particular depth cardio-vascular in cell/tissue engineering, neural engineering, engineering, cancer bioengineering, biomedical and imaging/optics. Booth #824 University of Michigan—Dearborn College of Engineering and Computer Science Evergreen4901 Road 1186 HPEC Dearborn, MI 48128 Phone: Web: UM Dearborn’s MSE in Bioengineering is designed to pre pare students for the rapidly growing biomedical industry in the Detroit-Ann Arbor areas. The program consists of 30 credit hours of graduate courses, including 6 credits of core courses, credits 18 of electives, 6 credits of cognates, and a research thesis options. Booths #812/814 University of Minnesota Department of Biomedical Engineering Church St. SE 312 Hasselmo Hall Nils 7-105 55455 MN Minneapolis, Phone:
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734-764-9588 [email protected] http://bme.umich.edu [email protected] www.miami.edu/bme 305-284-2445 [email protected] [email protected] http://www.memphis.edu/bme/ or http://www.uthsc.edu/bme/ 901-678-3733
Email: Email: Email: Web: Phone: Phone: necessary to invent the next generation solutions in healthcare and beyond. computation & modeling. We reach across disciplines reach We computation modeling. & and translate technologies from the lab to patients and healthcare providers. Our newly reimagined curriculum students give program design pioneering and tools the clinicians to solve challenges in healthcare. U-M BME is a biophotonics, & imaging regenerative medicine, in leader neural engineering, molecular & nanotech micro- and biomechanics, education engineering engineering, and U-M BME is continually building upon a 50+ year tradition of excellence and a strong partnership as a joint depart ment between Michigan Engineering and the U-M Medical School, fostering collaboration between engineers and Phone: E-mail: Web: 1125 Carl A. Gerstacker1125 Building 2200 Bonisteel Blvd. Ann Arbor, MI 48109-2099 Booth #400 University of Michigan Department of Biomedical Engineering Phone: Web: Department of Biomedical Engineering Memorial Drive, MEA1251 219 Coral Gables, FL 33146 Booths #225/227 University of Miami and provides our students excellent opportunities for em of areas four includes Program research/employment. biomechanics, electrophysiology, biosensors and phasis: biomaterials regenerative and technology, bioimaging. and physical science to biomedical problems, including research including problems, biomedical science to physical applied technologies. Life science, new of development and mathematics engineering and comprise the core curriculum. world the technology for science and provides Program Our program stresses the application engineering of and 3806 Norriswood Avenue Memphis, TN 38152 Joint Graduate Program in Engineering Biomedical Technology Engineering 330 Booth # 433 University of Memphis/University of Health Science CenterTennessee
GALLOGLY COLLEGE OF ENGINEERING STEPHENSON SCHOOL OF BIOMEDICAL ENGINEERING Th e UNIVERSITY of OKLAHOMA
Ingenuity in Translational Healthcare Technology
STEPHENSON SCHOOL OF BIOMEDICAL ENGINEERING
• New BME building opens in Fall 2019 • Multiple Endowed Chair faculty openings • $30K Ph.D. graduate fellowships available • Entrepreneurship opportunities and support • NCI-Designated Stephenson Cancer Center • #1 nation-wide in patient accrual to NCI-Designated treatment trials • Collaboration opportunities with industry and OU Health Sciences Center
To learn about available Stephenson Endowed Professorships and Graduate Fellowships, contact SBME Director Michael Detamore ([email protected]).
sbmeatou sbme_ou sbme.ou.edu
The University of Oklahoma is an equal opportunity institution. www.ou.edu/eoo EXHIBITOR BOOTHS INFORMATION AND Booth # 1014 Booth #900 University of Missouri University of Oklahoma Department of Bioengineering Stephenson School of Biomedical 254 Agr. Engineering Bldg. Engineering Columbia, MO 65211 202 W Boyd Street, DEH Room 320 Phone: 573-882-7044 Norman, OK 73019 Email: [email protected] Phone: 405-325-0789 Web: http://bioengineering.missouri.edu/ Email: [email protected] The mission of the Department of Bioengineering is to Web: www.ou.edu/COE/SBME.html educate engineering leaders in the field of bioengineering. The Stephenson School of Biomedical Engineering offers We offer degrees in Biomedical Engineering and Bio- $30K graduate fellowships and is hiring faculty with Endowed logical Engineering at the undergraduate level as well as positions, with a new Gallogly Hall building for BME being graduate degrees. Our emphasis on Biomedical Inno- completed in Spring 2019, and a nearby Health Sciences vations is an interdisciplinary approach that exposes our Center. Our PhD graduates started 3 companies in 2017, students to cutting edge research opportunities. We are supported by a highly entrepreneurial environment. a Tier I research institution and member of the prestigious Association of American Universities. Booths #419/421 Booths #908/910 University of Pittsburgh Department of Bioengineering University of Nebraska— 306 CNBIO (UNL Engineering and UNMC 300 Technology Drive Regenerative Medicine) Pittsburgh, PA 15219 P.O. Box 880642 Phone: 412-624-6445 Lincoln, NE 68588-0642 Email: [email protected] Phone: 402-472-3386 Web: engineering.pitt.edu Email: [email protected] The University of Pittsburgh Department of Bioengineering Web: engineering.unl.edu and www.unmc.edu/ conducts world-class research and is home to faculty and regenerativemed/ students at both the graduate and undergraduate level The University of Nebraska offers collaborative programs who have won both nationally and internationally for students to pursue graduate degrees specializing recognized awards. The department also has a close in Biomedical Engineering, both through University of affiliation with the renowned University of Pittsburgh Nebraska -Lincoln’s (UNL) College of Engineering and the School of Medicine. University of Nebraska Medical Center’s (UNMC) Regener- ative Medicine Program. Research funding and opportuni- Booth #608 ties are available cooperatively between UNL and UNMC. University of Rochester Booths #403/405 204 Robert E. Georgen Hall Rochester, NY 14627 University of North Carolina at Phone: 585-275-3891 Chapel Hill/NC State University Email: [email protected] 137 MacNider Hall Web: www.bme.rochester.edu Chapel Hill, NC 27599 The Graduate Program in Biomedical Engineering at the Phone: 919-445-6051 University of Rochester provides training at the Masters Email: [email protected] and Doctoral level. Multiple active centers and affiliated Web: www.bme.unc.edu groups offer collaborative research in Biomedical Optics; The Joint Department of Biomedical Engineering was Neuroengineering; Biomechanics; Medical Imaging; Bio- founded in 2003 and is co-located at the University of materials, Nanotechnology and Cell & Tissue Engineering. North Carolina at Chapel Hill and North Carolina State With access to over 50 laboratories on the River Campus University. Linking the School of Medicine and College and the adjacent Medical Center, students can tailor their of Arts and Sciences at UNC-CH to the College of Engi- own interdisciplinary and translational training experience. neering at NCSU, the graduate program offers a joint PhD We also offer an MS program focused on Medical Tech- degree in Biomedical Engineering in five core research nology & Innovation, including a clinical practicum and areas: Rehabilitation Engineering, Regenerative Medicine, full-year design experience. Medical Imaging, Biomedical Microdevices and Pharmaco- engineering. With over 40 tenured and tenure track core faculty members, our graduate program embraces inter- disciplinary collaborations spanning the basic sciences through to clinical and translational applications.
Atlanta | BMES 2018 47 EXHIBITOR BOOTHS INFORMATION AND Booth #725 Booth #803 University of South Dakota University of St. Thomas/ Biomedical Engineering Houston Methodist Research Institute 4800 N. Career Avenue 3800 Montrose Boulevard Sioux Falls, SD 57109 Houston, TX 77006 Phone: 605-275-7424 Phone: 713-525-3026 Email: [email protected] Email: [email protected] Web: usd.edu/bme Web: www.stthommedu/mctm USD BME works at the interface of engineering and medicine. As an anchor for the USD Discovery District, Booths #903/905 the BME Department fosters collaboration focused on research, product development, and commercialization. University of Tennessee, Knoxville Offering undergraduate and graduate degrees, the BME 1512 Middle Drive Department also houses a pilot-scale cGMP facility, shared 414 Dougherty Engineering Bldg. equipment facilities, and biotech incubator space. Knoxville, TN 37996 Phone: 865-974-5117 Booth #726 Email: [email protected] University of Southern California Web: mabe.utk.edu The University of Tennessee prepares students to be Viterbi School of Engineering world-class engineers. Our state-of-the-art facilities 3650 McClintock Ave, OHE 106 include a Syndaver Laboratory, the first of its kind in an Los Angeles, CA 90089-1455 engineering department. Stop by our booth to speak with Phone: 213-740-0119 students and faculty about the exciting research going on Email: [email protected] at the University of Tennessee. Web: http://viterbigradadmission.usc.edu A top-10 ranked graduate engineering school by U.S. News & World Report, the University of Southern California is a leading private research university. Our Biomedical Engineering department is in the top tier for research funding per faculty and hosts six internationally recognized research centers. Located in L.A., USC offers extensive opportunities for study and research.
THE UNIVERSITY OF TEXAS AT DALLAS ERIK JONSSON SCHOOL OF ENGINEERING AND COMPUTER SCIENCE PhD in Biomedical Engineering Offered by the Department of Bioengineering at Application Deadline: The University of Texas at Dallas, the Biomedical Engineering PhD program has over 20 research st faculty with more than $20M in active funding from December 1 the NIH, NSF, DARPA and industry partners. For More Information: PhD applicants are eligible to be selected for a 972.883.4483 Eugene McDermott Graduate Fellowship, which includes a generous stipend, tuition, and a $10,000 [email protected] annual discretionary budget. be.utdallas.edu
NEURAL SYSTEMS BIOSENSORS AND ENGINEERING BIOMATERIALS BIOMECHANICS BIOLOGY BIOELECTRONICS BIOIMAGING AT UT DALLAS AT BIOENGINEERING
48 BMES 2018 | Atlanta EXHIBITOR BOOTHS AND INFORMATION 49
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416-978-4841 [email protected] www.ibbme.utoronto.ca 801-581-8521 [email protected] www.utah.edu 210-458- 8529 [email protected] www.engineering.utsa.edu/BME/
Phone: Email: Web: Phone: Email: and innovation. Faculty research areas in the department regenerative tissue and engineering biomaterials, include development; and design device biomedical medicine; modeling computing, imaging, biomedical biomechanics; engineering biosensors, biomolecular visualization; and syntheticand biology; cardiovascular engineering; neural neuroprosthetics; delivery drug and new engineering and strategies. create We leaders in biomedical research, industry, technical education entrepreneurship. and IBBME at U of T is a multidisciplinary research community that develops solutions to address global challenges in human health. offer We four graduate degrees in bio- 300 to students engineering clinical medical and trained by more than faculty 100 from across the university and the largest health-care network Canada. in Booths #218/220 University of Utah Department of Bioengineering 36 South Wasatch Drive Suite 3100 Salt Lake City, UT 84112 Phone: Email: Web: Nestled in the towering Wasatch mountain range 20 minutes from Salt Lake International Airport, the Department Biomedical of Engineering offers clinically immersive and industrially relevant training at the BS, MS, and PhD levels. The program is closely connected with the University of Utah’s flagship School of Medicine and Health sciences with a strategic focus on a biomedical missionthat benefits our students, the med-tech industry, healthcare technology, and patients worldwide through advancements, biomedical meaningful creative design Booth #914 at SanUniversity Antonio of Texas Department of Biomedical Engineering One UTSA Circle AET 1.102 San Antonio, TX 78249 Web: The Department of Biomedical Engineering at the University at San of Antonio Texas offers BS degrees in PhD and MS and Engineering Chemical and Biomedical degrees through the Joint Graduate Program with UT Health San Antonio. Scholarship and fellowship oppor tunities are available for MS and PhD students. Research activities occur ina broad range of areas, including bio- biomechanics, tissuematerials, nano- engineering, materials, data and bioimaging science. Booth #319 University of Toronto Institute of Biomaterials & Biomedical Engineering College164 Street Room 407 Canada Ontario 3G9 M5S Toronto, - -
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[email protected] http://be.utdallas.edu 972-883-4486 [email protected] www.bme.utexas.edu 512-471-3604 [email protected] www.uta.edu/bioengineering 817-272-2249
Email: Email: and neural engineering will also be available. be also will engineering neural and highly competitive Eugene McDermott Graduate Fellow ship for outstanding PhD applicants. Information about researchour programs bioinformatics, in biomaterials, biomechanics, biomedical optics, and imaging biosensors, Web: The University at Dallas of Texas presents their Biomedical future to programs students degree Engineering the and 800 Campbell W. Rd. BSB 11 Richardson, TX 75080 Phone: Booths #412/414 at DallasUniversity of Texas Department of Bioengineering imaging and instrumentation, and imaging biomolecular and cellular computational engineering, and biomedical engineering, others.among Department educates the next generation of biomedical engineers by offering B.S., M.S., and Ph.D. degrees. studentsScholars and interdisciplinary knowledge build such areas bioinformatics, as in biomechanics, biomedical Email: Web: The University at Austin’s of Texas Biomedical Engineering Department of Biomedical Engineering Dean Keeton, W. C0800107 Austin, TX 78712 Phone: Booths #618/620 atThe Austin University of Texas NEN),focused oncardiovascular andlung diseases, are encouraged to apply for our trainee NIH T-32 fellowship! Those interested in our programs are strongly encouraged to visit Booth 305 at the exhibit to learn more! Texas SouthwesternTexas Medical Center. Additionally, highly qualified students interested in seeking a doctoral degree nanomaterials,in nanoengineering nanomedicine and (DT- nities for students interested in biomaterials and regenera tive tissue engineering, bioinstrumentation, biomechanics, students Graduate imaging. biomedical have and also the option of earning a joint degree with The University of Web: The Bioengineering Department at The University of Texas Arlington offers several research and scholarship opportu 500 UTA Blvd.,500 Suite UTA 226 Arlington, TX 76019 Phone: Booth #305 ArlingtonThe University of Texas DepartmentBioengineering
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EXHIBITOR BOOTHS INFORMATION AND Booth #426 University of Vermont Department of Biomedical Engineering 33 Colchester Avenue DISCOVERY. Burlington, VT 05405 Phone: 802-656-6644 Email: [email protected] Web: www.uvm.edu/cems/ebe
Booth #504 COLLABORATION. University of Virginia P.O. Box 800759 UVA Charlottesville, VA 22908 Phone: 434-924-5101 Email: [email protected] Web: http://bme.virginia.edu Using our perspective as engineers, we make ground- INNOVATION. breaking discoveries in fields like systems biology and biomedical data sciences, medical imaging, and cellular and tissue engineering. We are co-located in the medical school, and our department’s remarkable tendency toward collaboration reflects a culture of cooperation that has been essential to UVA going all the way back to Thomas Jefferson.
Booth #911 University of Washington Department of Bioengineering Booth 204 go.wisc.edu/bme 3720 15th Avenue NE, N107 Seattle, WA 98195 Phone: 206-685-2000 Email: [email protected] Web: bioe.uw.edu Booth #513 University of Washington Bioengineering is a world leader Vanderbilt University in bioengineering research, education, clinical applica- 5824 Stevenson Center Drive tions, technology transfer, and service. Please visit booth 911 to discover how we are inventing the future of medi- Nashville, TN 37235x cine. Our faculty and students are eager to talk to you! Phone: 615-343-1099 Email: [email protected] Booth #204 Web: www.vanderbilt.edu VU BME bridges Vanderbilt’s engineering, basic science The University of Wisconsin—Madison departments, and a Top 10 School of Medicine, and is Department of Biomedical Engineering located in a vibrant, destination city. Research strengths 1550 Engineering Drive include biomaterials and drug delivery, bioMEMS and Madison, WI 53706 organs-on-a-chip, biophotonics, image-based technolo- Phone: 608-263-4660 gies and modeling, mechanobiology, and nanomedicine. Email: [email protected] VU BME stimulates high impact research and provides Web: www.engr.wisc.edu/bme/bme.html unique educational opportunities, and in 2018 we are celebrating its 50th anniversary as a department. At the University of Wisconsin-Madison, our department is at the forefront of scientific discovery and translation. Visit Booths #818/820 our booth to learn more about our innovative academic programs, world-class research facilities, and interdisci- Virginia Commonwealth University plinary campus from faculty, students, and staff. 601 W. Main Street Richmond, VA 23220 Phone: 804-828-7958 Email: [email protected] Web: https://egr.vcu.edu/departments/biomedical/ VCU Biomedical Engineering has strong ties with the VCU Schools of Medicine, Dentistry, and Pharmacy and Massey Cancer Center, and offers Bachelor's, Master’s, and Doctoral degrees. Research specialties include mechanobiology, regenerative medicine, biomechanics, rehabilitation engineering, biomaterials, computational medicine, and imaging.
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609-945-7852 [email protected] www.woodrow.org
Phone: Phone: Email: grounds in the STEM fields—science, technology, mathematics—into and engineering, middle in teaching and secondary schools. In collaboration with the MIT, master's-level changing is Foundation Wilson Woodrow century, preparation leader teacher and the 21st for focusing on outcomes and content mastery. well as imaging techniquesfor improved diagnosis of brain injury and cancer. Our research has led to improvement in the standards of the automotive industry, better protective equipment for our soldiers and athletes, new techniques to damagedrepair tissue diagnostic improved and imaging of trauma and disease. Booth #827 Wilson NationalWoodrow Foundation Fellowship Ste 300 Dr. 5 Vaugh Princeton, NJ 08540 Web: The Woodrow Wilson National Fellowship Foundation seeks to attract talented, committed individuals with back
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Atlanta 313-577-1345 [email protected] www.bme.wayne.edu 314-935-6164 [email protected] http://bme.wustl.edu/ [email protected] www.sbes.vt.edu 540-231-8191 |
Phone: Email: Email: Email: Web: BMES 2018 significant contributions in automotive safety and the prevention of sports-related and military injuries. Ground breaking research is also being conducted in the devel tissue-engineered of opment nerves heart and as valves Bridge Certificate in Injury Biomechanics, MS, PhD and MD/PhD degrees. It is involved in some of the most advanced research in the field. Our faculty have made Web: Department State Engineering Biomedical The Wayne at University offers BS(including dual degree options with Electrical and Mechanical Engineering Engineering), 818 W. Hancock W. 818 Detroit, MI 48201 Booth #410 State UniversityWayne University intellectual, and physical ideal the provides collaborative climate to pursue a BS, MS, MEng, MS/MA, PhD or MD/PhD degree. and molecularand systems, neural, orthopedic, cardiovascular, and cancer engineering. With adjacency to the largest public park in the USA, and over 75,000 sq. ft. of state- of-the-art facilities, the BME Department at Washington opportunities interdisciplinary, for basic science and translational research training at the BS, MS and PhD level. More than 90 research mentors support BME PhD over 120 students cell imaging, studies regenerative in medicine, of In partnership with our world-class medical school and as part of a $550M research enterprise in life sciencesand biomedical research, the Department Biomedical of UniversityWashington unparalleled at provides Engineering Phone: Washington University in St. Louis One Brookings Drive, Box 1097 St. Louis, MO 63131 translational cancer research, cardiovascular engineering, and other emerging fields. Booths 415 #413/ PhD, andPhD, DVM/PhD degrees. biomedical have 76 We engineering faculty with active research programs in biomechanics, imaging, biomedical tissue engineering, neuroengineering, nanobioengineering, & nano-medicine, Web: The Virginia Forest Wake Tech University, School for Biomedical Engineering and Sciences offersMS, MD/ PhD, Mail Code 0298 Blacksburg, 24061 VA Phone: E-mail: VT-WFU SBES: Kelly Hall 317 Stanger325 Street Booths#600/601/602/603/604/605 Forest UniversityVirginia Tech-Wake School of Biomedical Engineering & Science
EXHIBITOR BOOTHS AND INFORMATION
52 52 BMES 2018 | Atlanta EXHIBITOR BOOTHS INFORMATION AND Booths #326/328 Booth #214 Worcester Polytechnic Institute Yale University 100 Institute Road 55 Prospect Street Worcester, MA 01609 New Haven, CT 06511 Phone: 508-831-5301 Phone: 203-432-4262 Email: [email protected] Email: [email protected] Web: www.grad.wpi.edu Web: www.seas.yale.edu/departments/ Graduate students in WPI’s Biomedical Engineering (BME) biomedical-engineering Department collaborate with scientists and engineers The booth will be staffed with graduate representatives across disciplines, seeking breakthroughs in injury and and faculty from the department of Biomedical Engineer- rehabilitative biomechanics, innovations in regenerative ing at Yale. The faculty and graduate representative will medicine and quantitative microscopy, and major steps aim to describe the program to interested visitors and forward in healthcare. Whether in the classroom or the lab, answer any questions regarding the program require- the focus is on making an impact and solving real-world ments and admissions process. problems. WPI’s BME graduates have gone on to reward- ing careers at major medical and biomedical research centers across academia, government, and the medical device industry.
Where innovation is a degree requirement. The master’s and doctoral programs in biomedical engineering at WPI produce leaders and entrepreneurs highly valued in today’s workplace. Find your place here, among researchers who are uncovering innovative ways to improve lives.
Discover WPI—a premier technological university offering 50+ graduate programs in science, engineering, and business.
grad.wpi.edu GREAT MINDS MULTIPLIED
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1:00 pm1:00 — 5:00 pm 7:00 am7:00 — 5:00 pm am7:00 — 5:00 pm am7:00 —2:30 pm and 3:00 pm—3:45 pm pm—3:30and 2:45 pm Information ...... 9:30 am—10:15 am am—10:15 9:30 9:30 am—10:15 am 9:30 am—10:15 9:30 am —10:30 am Poster Presentations Poster | Presenter Presenter ...... In the BMES Speaker Ready Room you will find projector screen practice and to presentation. your Please laptop. own bring your October 17 Wednesday, Thursday, October 18 OctoberFriday, 19 Saturday, October 20 the meeting rooms. meeting the Sessions chairs should keep sessions on the listed schedule so attendees can move back and forth among sessions. In most cases, presentations should be done in twelve minutes,allowing three minutes for questions and answers and transition to the next speaker. PresentationsPoster Posters will be presented Thursday, Friday and Posters are to be displayed all day on assigned day. Authors must be present during specified viewing with authors as listed in the Scientific Program: Thursday Friday Saturday All posters will be in the Exhibit in the Hall A1—A3 numbered are Posters Congress World Georgia Center. in assigned with numbers the a to card corresponding the program. Room Ready Speaker Registration Area, Exhibit of the Halls A1—A3 Center Congress World Georgia BMES Platform Presentations Each technical session room will be equipped with a PC-compatible computer with a USB port andPower Point along with projector, an LCD screen and a lectern with microphone. During the half hour before your session begins, upload your presentation onto the computer using a memory stick or flash drive. Because of the potential diffi culty transferring some Mac files to PC format, we encourage you to avoid use of animation if there is a question about transferability. Please do not try to connect your own laptop. Please it will not be possible to provide special equipment. Any additional equipment will needto be supported by the presenter. Although BMES has paid for WiFi throughout the convention center during the Annual Meeting, there will not be specific dedicated hard-wired internet access in Exhibits |
meeting 7:00 am7:00 — 6:00 pm am7:00 — 6:00 pm am7:00 —2:00 pm 9:30 am9:30 — 5:00 pm am9:30 — 5:00 pm 9:30 am —1:30 pm Registration 12:00 pm12:00 —7:00 pm |
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...... Atlanta | Meeting Location eeting Location n-Site Registration Hours xhibits BMES 2018 2:00 pm–5:00 pm Advance registration required Industry Tours October 19 Friday, 2:00 pm–5:00 pm Advance registration required Buses will depart from the convention center entrance. Georgia Tech & Georgia Tech Emory University Tours October 17 Wednesday, Saturday, October 20 Exhibits will be open: Thursday, October 18 OctoberFriday, 19 E Lowest LevelHalls A1-A3, Congress World Georgia Center Saturday, October 20 Wednesday, October 17 Wednesday, Thursday, October 18 OctoberFriday, 19 BMES meeting registration. O the original registrant. Additional social tickets event Luncheon, Minorities Celebration BME the of in including and the Women in BME Luncheon are separate and above cancellation policy may be found on any registration form. issued be post-meeting. will refunds applicable Any from permission written with permitted are Substitutions Paid registration is required for admission to all functions including scientific sessions, posters, exhibits, breaks and the BMES BASH on Friday evening. BMES 404-659-0000 Registration Omni AtlantaOmni Center CNN at Hotel CNN Center100 30303 GA Atlanta, 285 Andrew Young International Andrew285 Young Blvd NW Atlanta, GA 30313 404-223-4000 M Congress Georgia World Center
GENERAL INFORMATION & PRESENTER INFORMATION
56 PROGRAM HIGHLIGHTS 57
morning BMES 2018 |
Atlanta
STATS BrewpubSTATS Thomas Murphy Ballroom Sidney Marcus Auditorium Georgia World Congress Center World Georgia Refreshment Breaks are sponsored by: Refreshment Breaks and Saturday. Refreshment breaks are in the Exhibit Hall. Please note your meeting registration your note Please includes and afternoon refreshments breaks on Thursday, Friday
311 Marietta311 Street parking deck (attached to the Hilton Inn). Garden Industry & Clinical Mixer sponsored by: October 19 Friday, BMES Dessert Party Bash pm8:30 pm —11:00 Join us for a Dessert Party this year to celebrate the 2018 BMES Annual Meeting and BMES' 50th Anniversary. Cap off the evening with some dessert and networking. Dessert Party Bash sponsored by: Thursday, OctoberThursday, 18 BMES State of the Society Address & Pritzker Award Lecture am 10:15 Please join us for a dialogue with BMES President Lori Setton and other leaders of the Society. Industry & Clinical Mixer *additional registration ticket and required $10 (includes one drink d’oeuvres) hors and pm—8:307:00 pm The Industry & Clinical Mixer will be a fantastic opportunity for recent graduates and current students to network with both industry and clinical professionals in a fun and relaxed atmosphere! There will be music, food and drinks. Brewpub is convenientlySTATS located just outside of the conference center at 300 Marietta St NW Atlanta, GA. Parking is located right across the street at the
Levels 3 & 4 Omni Hotel— Omni Hotel— Exhibit Hall A1 Dogwood AB Room Dogwood International ABC Ballroom Program Highlights—Don't Miss These Events!
the information registration or afternoonbooths before Friday BASH in for ticket a wristband at Don't forget to turn your BMES forget to turn your Don't additional registration and $10 ticket required ticket registrationadditional $10 and
networking, dessert and a cash bar. Jennifer Professor Hasler, PhD, at the Georgia Institute of Technology in the School of Electrical and Computer Engineering will lead the talk at the event, followed by 8:00 pm—9:00 pm * LGBT & Friends Dessert & Friends LGBT Social Welcome Receptionsponsored by: Light refreshments will be served. All registrants are invited to attend. Welcome Reception Welcome pm pm—7:00 5:30 doctoral researchers who are seeking faculty positions. The accepted candidates' CVs can be viewed at www.bmes.org. The "Meet-the-Faculty poster Candidate" session provides a great opportunity for faculty, recruiters, and Department Chairs to speak directly with recent PhD grads and post– Meet the Faculty Candidate Forum pm—5:303:30 pm session and networking session and emotional address will reception and mental health issues, as well as provide tips for black women to survive and thrive in their professional careers. advocates, and those interested in the retention and career advancement underrepresented of underserved and populations in BME. Featuring Joy Harden Dr. Bradford, this 3:00 pm—5:00 pm toTargeted black women in biomedical engineering, Engineering: Lessons for Healthy and Successful Career Advancement required) purchase (preregistration ticket and Wednesday, October 17 Wednesday, in BiomedicalBlack Women
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is the David H. Koch Chair Research. She was selected to receive the Department of Defense Ovarian Cancer Innovator Teal Award in 2013, which supports a single visionary individual from any field principally outside of ovarian cancer to focus his/her creativity, innovation, and leadership on ovarian cancer research. Technology, andTechnology, the Head of the Department of Chemical Engineering. She is a member of MIT’s Koch Institute for Integrative Cancer Research, the MIT Energy Initiative, and a founding member of the MIT Institute for Soldier Nano technology. She recently served as the Executive Officer Department Engineering Chemical the of (Associate Chair) The core of her work is the(2008-2011). use of electro statics other complementary and interactions generate to functional materials with highly controlled architecture. encompasses develop the nanomedicine in research Her ment of new biomaterials to enable drug delivery from surfaces with spatio-temporal control. She also investigates polymer responsive architecturesnovel targeted for developed has and nanoparticle delivery, gene and drug self-assembled systems materials electrochemical for devices.energy Professor Paula Hammond was elected into the National She wasAcademy elected of Engineering into the in 2017. National Academy of Medicine and into the 2013 in 2016, Class of the American Academy of Arts and Sciences. She is also the recipient AIChE Charles of the 2013 M. A. Stine Award, which is bestowed annually to a leading researcher in recognition of outstanding contributions to the field of AIChE 2014 the and engineering, science and materials Chemical for Award Engineering Sigma Alpha Chi Professor Paula T. Hammond T. Professor Paula Professor of Engineering at the Massachusetts Institute of - -
Room A411
Celebration ofMinorities in BME Luncheon ❉ Atlanta |
cientific and engineering careers provide some of the greatest outlets for creativity, discovery, and fulfillment. Although there are many challenges to seeking a career in a field that can be both
additional registration and $35 ticket required registrationadditional ticket $35 and BMES 2018 Celebration of Minorities in BME Luncheon is Sponsored by: family and other passions at different stages of life. These and any other issues regarding research or broader aspects of career will be discussed. egies and perspectives that can help provide grounding efforts leverage and success. Flexibility toward essential is in the ways in which we connect research, life, career, inspiring and, at times, discouraging, there are also strat Massachusetts Institute Technology of Koch Professor of Engineering Department Engineering Chemical Dept. of Head, Koch Institute of Integrative Cancer Research in Career Hammond Professor T. Paula Research and Life Matters: Seeking Passion and Sanity Diversity Award Lecture on Thursday evening and the inWomen BME Luncheon on Friday. opment minorities of in BMES at levels. all Everyone is invited to attend, as diversity only increases when all a part.groups play The luncheon complementsthe This event is organized the by BMES Diversity Committee to create a community and network within the Society fostering support and professional devel BME Luncheon pm am—1:15 11:45 * Thursday, OctoberThursday, 18 Celebration of Minorities in S
CELEBRATION OF MINORITIES IN BME LUNCHEON
58 WOMEN IN BME LUNCHEON 59
BMES 2018 |
Atlanta joined the faculty as the at Duke in 2012 after having been the department chair and Cameron Professor Bioengineering of Rice University. Professor West was one of the founding members of Rice’s Department of Bioengineering, building it to a top ten program over the prior sixteen years. She was appointed as Associate Dean in the Pratt School of Engineering in Professor2015. West’s research focuses on the biofunctional novel An example materials. of development of this work is the application of near-infrared absorbing nanoparticles photothermal for tumor ablation. Nanospectra founded West Professor Biosciences, Inc. nanoparticle-assisted the commercialize to photothermal ablation technology, now called AuroLase. Professor West has received numerous accolades for her work, including: National Academy National Inventors Academy (2017), of Society Clemson Biomaterials for (2016), Engineering of Thomson ReutersAward (2015), as a Highly Cited Researcher Admiral of the Inventor (2010), Texas of the Year (2014), NavyTexas (highest honor the governor can of Texas bestow on The a civilian, Academy 2010), of Medicine, in Prize O’Donnell Texas of Science and Engineering Engineering (2008), and Howard Hughes Medical Institute Professor Professor (2006). West has authored more than 200 research articles. She also patents holds 18 that have been licensed different eight to companies. Jennifer West Jennifer Fitzpatrick University Family Professor Engineering, of
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Room A411 ❉ Women in BME LuncheonWomen
t takes a village. For career success, this village is the people in your community who support you and help you Usually, grow. this involves multiple people with different expertise and views. At some stages, these additional registration and $35 ticket required registrationadditional ticket $35 and of others. Women in BME Luncheon is Sponsored by: careers, it is also important to work on developing our skills as mentors to help build our future generations and to use our professional networks to facilitate the success 23% more23% likely to have a successful grant application, whereas there was no improvement in success in grant applications for men with mentoring. As we mature in our relationships. This is especially important for women. For example, the NRC Report on Gender Differences found that women STEM faculty who had a mentor were provide sage advice or serve as a confidante. Most suc cessful strong professional develop engineers biomedical networks and benefit from input from multiple mentoring individuals are clearly identified, yourlike thesis advisor. At other points in your career, you may need to more ac tively seek out people who can help you define your goals, Fitzpatrick Family University Professor of Engineering Duke University Mentors and Networks for Success JenniferWest 11:30 am—1:00 pm am—1:00 11:30 * Friday, October 19 Friday, in BME LuncheonWomen I
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Omni Hotel Room A309 Room A306 Room A309 Room A308 Room A308B Room A308B Room A308A Room A308A Room A308A Room A308A Chestnut Room
(continued) (Invitation Only) (Invitation
Alisa Morss Clyne and Ruth Ochia Liz Richards Donald Gaver Khismatullin Damir Kristen Billiar Art Ritter Saha Subrata Yingxiao (Peter) Wang Martine LaBerge Please check with theorganizer. Gilda Barabino Gilda Organizer: ABET/Evaluators Reception pm—8:306:30 pm 4:30pm—5:30pm Contact: October 19 Friday, EducationCommittee Meeting am—8:007:00 am Organizer: Annual Meeting Planning 2019 Committee Meeting am am—10:00 8:00 Organizers International Affairs SubcommitteeMeeting 8:00 am—9:00 am Organizer: Membership Committee Meeting 3:00 pm—4:00 pm Organizer: CompetitionDesign Meeting Judges pm—4:303:30 pm Thursday, October 18 OctoberThursday, 18 Student Affairs Committee am—9:30 am8:30 Organizer: EthicsSubcommittee Meeting am am—10:30 9:30 Organizer: CMBE SIG Council Meeting pm noon—1:30 12 Organizer: 50th Anniversary Committee Meeting pm—3:00 pm 1:15 Organizer: Coulter Committee Steering College Meeting
A309
Omni Hotel Omni Hotel Omni Hotel Room Room A309 Room A309 Additional Meetings Room A308B Room A308A
Magnolia Room Magnolia Executive Boardroom
International F Ballroom International D Ballroom Meetings held atthe Georgia World Congress Center unless noted. Most of these meetings/eventsare invitation only. Cynthia Reinhart-King Cynthia and Atlanta Ben Noe Ben | Debra Auguste and Guillermo Ameer Guillermo Auguste and Debra Ben Noe Ben Martine LaBerge Milan Yager Milan Milan Yager Milan Lori Setton Lori Hollie Alvarez
BMES 2018 Organizers: Sakiyama-ElbertShelly National Meetings Committee Meeting 8:00 am—9:30 am Diversity Committee Meeting am—8:007:00 am Organizer: Invitation Only Invitation am—8:007:00 am Organizer: Thursday, OctoberThursday, 18 Council of Industry Chapter Presidents— Organizer: Industry Meeting Committee Planning Only Invitation pm—8:30 pm7:30 7:30 pm—10:30 pm pm—10:30 7:30 Organizer: Council of Chairs Dinner & Meeting Only Invitation Affiliate Event Affiliate 4:00 pm—5:00 pm Organizer: 11:00 am—4:00 pm11:00 Organizer: AIMBE AcademicCouncil AIMBE Board of Directors Meeting Event Affiliate 8:30 am—6:308:30 pm Contact: Venture Well BME IDEA 2018 Event Affiliate BMES Board of Directors Meeting am—4:308:30 pm Organizer: Wednesday, October 17 Wednesday,
ADDITIONAL MEETINGS
60 HOSTED RECEPTTIONS 61 BMES 2018 |
Atlanta University of Utah Hickory Room University of Victoria Pine Room University Virginia of RoomWalnut UniversityVanderbilt A Room Dogwood University Maryland of Maple AB Room Bioengineering InstituteBioengineering California of System-WideUC International Ballroom F University Florida of B Room Dogwood Washington University in St. Louis Room Juniper University of Michigan Spruce/Birch Room University Pennsylvania of International Ballroom C University of Pittsburgh Room Sycamore University of Rochester Room Redwood University Southern of California Magnolia Room University at Austin of Texas Pecan Room & Foyer University Washington of AB Room Cottonwood University of Wisconsin Madison B Room Dogwood
Receptions located at the Omni Hotel
Cypress RoomCypress University Illinois of Room Redwood Physical Science Oncology Networking Hickory Room University of Buffalo Florida International UniversityFlorida A Room Dogwood AIP Publishing—APL Bioengineering Room Juniper Friday, October 19 Friday, Magnolia Room The Ohio State University International Ballroom E Rice University AB Cottonwood A&M UniversityTexas Rensselaer Polytechnic Institute Polytechnic Rensselaer RoomCypress Purdue University/Weldon School of Engineering Biomedical International Ballroom B Northwestern University Chestnut Room International Ballroom D HopkinsJohns University International Ballroom A Duke UniversityDuke Maple C Room & Maple Terrace DepartmentTech/Emory–Coulter Georgia Cornell UniversityCornell Pecan Room & Foyer Hazelnut Room BioengineeringClemson Room Oak Thursday, OctoberThursday, 18 BostonUniversity
Atlanta | BMES 2018
60 STUDENT AND EARLY CAREER PROGRAMS EARLY AND STUDENT CAREER Student and Early Career Programs
Programs take place in the Convention Center, unless otherwise noted Wednesday, October 17 Thursday, October 18 3:30 pm—5:00 pm Room A411 9:00 am—10:00 am Room A412A BMES Student Chapter Marketing Yourself: Tips for a Development Event Successful Job Search Chair: Michael Brooks (UC Davis) and Learn how to search for jobs in BME, how to locate BME Sarah St. Clair (UC Davis) companies, how to connect with BME employers, and hear Join us for multiple, short presentations from chapters about resume writing tips specifically for the BME. across the country. The presentations will be followed by two breakout workshops. 1:30 pm—2:45 pm Room A412A The first breakout session period will focus on General BME Careers in Industry I Leadership and the second on Targeted Officer Roles. Explore the various industry options for BME professionals. Work with your peers to generate new ideas and leader- Representatives from industry share their career paths, ship strategies for your chapters. This event will generate educational training, insight into the hiring market, and exciting, new ideas for your chapters. As an added bonus, suggestions for current students and recent graduates. meet up with other student chapter leaders throughout the session. Event hosted by BMES at UC Davis. 2:30 pm—4:00 pm Exhibit Hall A1-A3: Career Zone 4:00 pm—5:00 pm Room A412A Rapid Resume Review—Members Only Tips for First–time Student and Experienced BME professionals will review an electronic Early Career Attendees or hard copy of your resume and work with you to make Welcome to your first BMES Annual Meeting! Attending a improvements. Or simply get some career advice. meeting as eventful as the BMES Annual Meeting can be overwhelming, but BMES is here to help our students and 3:00 pm—4:00 pm Room A412A young professionals navigate the program. You’ll hear tips BME Careers in Academia from professionals in academia and industry help to make Hear about the various career paths and opportunities in the most of your time in Atlanta. So be sure to attend this academia. Representatives from academia share their session and meet other first-time attendees. career paths, educational training, and provide suggestions for current students and recent graduates
4:15 pm—5:15 pm Room A412A BME Careers in Industry II Explore the various industry options for BME professionals. Representatives from industry share their career paths, educational training, insight into the hiring market, and pro- vide suggestions for current student and recent graduates.
Student Chapter Tables
Alpha Eta Mu Beta, The National Biomedical University of Maryland at College Park Engineering Honor Society University of Oklahoma Arizona State University University of Southern California Florida International University University of Texas at Austin Johns Hopkins University University of Wisconsin-Madison Marquette University Virginia Commonwealth University University of California San Diego Worcester Polytechnic Institute University of Florida
62 BMES 2018 | Atlanta STUDENT AND EARLY CAREER PROGRAMS 63
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BMES 2018 | Room A310 Career Zone Room A412A
Atlanta Exhibit Hall A1-A3:
1:45 pm—3:15 pm pm—3:15 1:45 maintaining career relationships through social media and in person. 2:30 pm—4:002:30 pm Only Review—Members Resume Rapid Experienced BME professionals electronic review an will or hard copy of your resume and work with you to make improvements. Or simply get some career advice. pm—5:003:30 pm Networking Effectively Online Person and in Networking is one of the quickest ways to a new job. Networking means staying in touch with people you know, hire to prefer really Employers people. meeting new and someone known to a current employee than a complete Connectingstranger. target employers with your at people or choosing to work for an employer because you already have friends who work there is one of the most effective job. new a landing methods of At this highly motivational workshop facilitated by an inter nationally renowned television personality, communication expert, training development author, professional and and Nadia Bilchik, President of Greater Impact Communications. will be introducedYou to strategies for establishing and BMES Student Chapter: BMES Undergraduate Student Design Competition The theme of this year’s competition is Tissue Design, focusing on interactions between medical devices. The session will bring together the top 6 winning design teams University, selected. Clemson include were that 6 top The Johns Hopkins University, Lawrence Technological Univer sity and Virginia Commonwealth University (with 3 design entries). This competition allows each design team to orally present their projects and students to ask questions after each presentation. presentations, completionUpon all of the judges will select andannounce the top 3 winners. Winners will receive First, Second and Third place prize money during the awards ceremony on Saturday, October during 20 the Plenary am. at 10:30
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Room A310 Room A412A Room A412A
Student andEarly Career Programs Programs take place in the Convention Center, unless otherwise noted
finding funding, IP, findinglicensing funding, and IP, start-up options. Entrepreneurs discuss translating ideas from the university to commercial use. Panelists will discuss tips and insight into how to take an idea from concept to commercial product. university include Discussion will resources, 1:30 pm—2:30 pm 1:30 BME Entrepreneurial Careers or not graduate school is a good choice for you as well as strategies for putting together a solid application. the and do’s do not’s forwriting a statement of purpose, requesting letters or recommendation, will etc. come You out of this session with a more concrete idea of whether and how to search for programs that fit your needs and in terests, and learn how to put together the best application possible. This session is designed to be very interactive –lots of questions from the audience and a conversation of This workshop focuses on the process of applying to graduate school. Hear about what things to consider when you are making the decision to apply to graduate school 9:00 am—10:00 am 9:00 am—10:00 The Path to Graduate School chapters an opportunity to ask questions, exchange ideas year. upcoming their for goals new implement and Outstanding Chapter-Industry awardee Program University.Purdue This workshop will allow new and current student State University, Outstanding Outreach awardee Program University Angeles, California Outstanding Los of Mentoring Program awardee University of California Davis and and accomplishments in the areas of Mentoring, Outreach Out include winners chapter Chapter-Industry. Our and University awardee standing Southern Achievement of José San awardee Achievement Commendable California, Outstanding Student Chapter awardees will provide their their Outstanding provide will awardees Chapter Student chapter best-practices. During this workshop each chapter will have the opportunity to present their chapter’s goals BMES Student Chapter: ChapterBest Practices Friday, October 19 Friday, am 8:00 am—10:30
Atlanta | BMES 2018
62 STUDENT AND EARLY CAREER PROGRAMS EARLY AND STUDENT CAREER Student and Early Career Programs
Alpha Eta Mu Beta (AEMB) Programs Alpha Eta Mu Beta– Annual Ethics Session Thursday, October 18 1:00 pm—3:00 pm Georgia State Friday, October 19 Meeting Room 9:00 am—10:15 am Georgia State Alpha Eta Mu Beta, Mentoring for Meeting Room INnovative Design Solutions (MINDS) Robot Caregivers and Health Care: Workshop Ethical Challenges for Engineers Session Co–chairs: Teresa A. Murray, PhD; Alicia Fernandez- (open to all attendees) Fernandez, PhD, DPT and Dominic E. Nathan PhD. Session Co–chairs: Jason Borenstein, PhD, and Participation in this workshop is by invitation after Shyanthony Synigal, BS successfully competing for a spot on a design team to ad- Computing technology is increasingly making its way into dress this year’s design/research topic (please see http:// health care environments. This includes the use of artificial www.alphaetamubeta.org/ for application instructions). intelligence (AI) to assist with medical diagnoses. Accord- Students will work in teams of 4 based on similar interests. ing to some predictions, we may be nearing a time when Each team will have a mentor who will assist the team in AI becomes more reliable than physicians at identifying creating a potentially marketable innovation. The mentor a patient’s illness and perhaps even offering a treatment will help students incorporate key design considerations, recommendation. Integrating AI systems into medical including (i) market considerations for commercialization, decision-making in this and other ways of course raises (ii) regulatory strategy, and (iii) intellectual property important ethical, legal, and policy issues that need to be protection. After the workshop, students will meet virtually addressed. Yet the focus of this presentation will be on (e.g., via Skype) for up to 5 months to further refine their a particular type of computing technology that requires innovation. They will also be required to produce a more attention as well: physically-embodied robots used to extensive presentation of their product, such as a video provide health care. Many types of robots are, or even- for a Kickstarter campaign, or a PowerPoint presentation tually will be, used in care environments. For example, for a group of potential investors. We will alert participants some robots are tasked with delivering prescription drugs about opportunities for design contests, investment, and to patients; others can function as cleaners, which could grant programs to further promote and develop their involve sweeping a patient’s floor. There are also sophisti- innovations. This program requires a 5 month commitment. cated robotic systems that assist with surgical procedures. Other types, including robotic exoskeletons, are classified 4:00 pm—5:30 pm Georgia State as prosthetic devices; these robots are designed to be Meeting Room physically attached to a patient and are sometimes used to assist with rehabilitation sessions. Each of these technolo- Alpha Eta Mu Beta Annual Meeting gies warrants a thorough ethical analysis. Yet the specific Session Co–chairs: Teresa A. Murray PhD; Alicia Fernandez- aim here is to identify ethical issues emerging from robots Fernandez, PhD, DPT; Kerri A. Green, MS; Bahar designed to serve as caregivers or companions. Engineers Dhowan, MS, Lauren Pruett,BS, Shyanthony Synigal, and other designers are creating robot caregivers to pro- BS, Sara Mohamed, BS, and Dominic E. Nathan PhD vide assistance, including at times comfort and support, At this annual meeting, members representing chapters to variety of populations. Children and older adults, for nationwide will come together to discuss important example, are often identified as potential users of the tech- contemporary events relating to AEMB. (Attendance is nology. However, those involved in the design process for mandatory for all AEMB members). If you would like to robot caregivers need to be cognizant of many emerging learn more about AEMB or start a new chapter at your ethical concerns. This presentation will provide an over- school, please consider attending this session and view of some of these concerns, including that patients speaking to any of the national officers, or stop by our or others who interact with robots may “overtrust” the table for more information. technology. Another issue that will be discussed is whether the availability of robots may contribute to less frequent human-to-human interaction, including between patients and health care providers.
64 BMES 2018 | Atlanta STUDENT AND EARLY CAREER PROGRAMS EARLY AND STUDENT CAREER Student and Early Career Programs
Friday, October 19 11:30 am—1:00 pm McCormick & Schmicks In CNN Center across from the GWCC) Alpha Eta Mu Beta Reception (ticket purchase required) Session Co–chairs: Teresa A. Murray PhD; Alicia Fernandez- Fernandez, PhD; DPT, Kerri A. Green, MS; Bahar Dhow- an, MS; Lauren Pruett, BS; Shyanthony Synigal, BS; Sara Mohamed, BS and Dominic E. Nathan PhD The Annual AEMB reception will be held at McCormick & Schmicks, Atlanta, GA. New charters and national awards Alpha Eta Mu Beta (AEMB), the International Biomedical will be presented at this session. Furthermore, this session Engineering Honor Society, is committed to promoting will serve as a networking opportunity to meet with other ethics in the field of biomedical engineering. This year, fellow members from AEMB chapters, representatives AEMB is honored to host Dr. Jason Borenstein as our from industry and academia. This session is open to all distinguished ethics speaker. Dr. Borenstein received AEMB student and faculty members. For tickets, please his B.S. in Biology and a B.A. in Philosophy from Emory contact: [email protected] University. He also attended the University of Miami where he received both his M.A. and Ph.D. in Philosophy. At the 1:15 pm—2:45 pm Georgia State Georgia Institute of Technology, Dr. Borenstein serves as Meeting Room the Director of the Graduate Research Ethics Program and also the Associate Director of the Center for Ethics and AEMB/BMES Regulatory and Intellectual Technology. He is also affiliated with the Institute of Robotics Property Protection Strategies and Intelligent Machines with a primary research area in (open to all attendees) collaborative robotics. His areas of interest are related to Session Co–chairs: Teresa A. Murray, PhD and bioethics, engineering ethics, robot ethics, and research Alicia Fernandez-Fernandez, PhD, DPT ethics. He is currently a Co-Principal Investigator on a five Learn important considerations for translating medical year project funded by the National Science Foundation device designs from the classroom and the lab into com- entitled "Institutional Transformation: The Role of Service mercially viable products to improve human health and Learning and Community Engagement on the Ethical wellbeing. Experts from the medical device industry will Development of STEM Students and Campus Culture". describe how to determine the market for a product and Dr. Borenstein is an advocate for effective communication the pathways to gain regulatory approval (US and global). amongst scientists and their audiences, and as a result he Additionally, a patent attorney will present strategies to has utilized writing as his prime medium. For instance, he protect intellectual property, another critically important is the founder and former editor of the Journal of Philos- step toward creating a commercially viable device. ophy, Science, and Law. Additionally, he assists in editing numerous publications such as the journal of Science and This session is open to all conference attendees and is part Engineering Ethics, the Stanford Encyclopedia of Philos- of the Mentoring for INnovative Design Solutions (MINDS) ophy, and Research Ethics for the National Academy of Scholar Program, which is run by Alpha Eta Mu Beta and Engineering's Online Ethics Center for Engineering and funded through the National Science Foundation. Science. Dr. Borenstein is also well published and his work The session is co-sponsored by BMES. has appeared in numerous professional journals including AI & Society, Communications of the ACM, Science and Engineering Ethics, the Journal of Academic Ethics, Ethics and Information Technology, IEEE Technology & Society, Accountability in Research, and the Columbia Science and Technology Law Review. For more information on Dr. Borenstein, please see his personal website: https://tinyurl.com/ybo9y83b.
Atlanta | BMES 2018 65
PlenarySession Staffordshire University , Sidney Marcus Auditorium Virginia Tech Virginia UCLA
MIT Imperial College London Virginia Tech Virginia Delft University Technology of
Delft University Technology of The Hong Kong PolytechnicThe Kong Hong University ABME Student Awards Student ABME ETH Zurich ETH
University of Nebraska Medical Center
Most Downloaded Imperial College London Friday, October 19– Friday, am 10:15 BMES JournalPaper Awards Annals of Biomedical Engineering (ABME) Mechanical and Clinical Evaluation of a Shape a of Evaluation Clinical and Mechanical Struts a in Conventional and Memory Alloy Brace Scoliotic Flexible Chan,Wing Yu for Navigation Based Reality Augmented AssistedComputer Resurfacing: Hip Proof A Study Concept of He Liu, 3D Bioprinting for Tissue and Organ Fabrication Tissue for Organ Fabrication Bioprinting and 3D Ali Khademhosseini, ABME Ranges of Injury Risk Associated with Impact Aircraft Unmanned from Systems Steve Rowson, Athanasiou Ranges of Injury Risk Associated with Impact from AircraftUnmanned Systems Campolettano,Eamon Performance Surgery Technical Robotic Improves Prefrontal Activation Enhances and High During Demand Temporal Harsimrat Singh, approaches coupling for alternative Towards of a soft robotic sleeve to the heart Markus Horvath, CartilageIn-Vitro isolated detection small of vs. Ultrasound Defects: Intra-Vascular Optical Coherence Tomography Horeman, Tim ABME Editor’s Choice Award Manufacturing Biomaterials, Additive of Organs Tissues, and Amir Zadpoor, Subject Specific Optimisation of the Stiffness Maximum Plantar for Material Footwear of Reduction Pressure Chatzistergos Panagiotis Sulfate-NanocelluloseAlginate Bioinks for Cartilage Applications Bioprinting Marcy Wong, State-of-the-Art for Bioprinting 3D of Review Tissue Engineering Cardiovascular Duan, Bin MostABME Cited -
Plenary Session Plenary Session Sidney Marcus Auditorium Sidney Marcus Auditorium Sidney Marcus Auditorium
Atlanta |
ments and contributions its members havemade in the diverse field of Biomedical Engineering. he Society takes great pleasure in honoring accomplish significant the recognizing and
Virginia Commonwealth University BMES 2018 Amanda Rakoski University A&M Texas Arth Shah Saint Louis University Kristin Quah Vanderbilt University Joseph Maggiore Joseph University Pennsylvania of Anjali Patel Johns Hopkins University Giolando Patrick Purdue University Fanny Chen Fanny Cornell University Bhattacharyay Shubhayu Lisa Volpatti Massachusetts Institute Technology of STUDENTSUNDERGRADUATE Vanderbilt University Vardhan Madhurima Duke University Byungji Kim University of California San Diego VanderBurgh Jacob GRADUATE STUDENTSGRADUATE CatherineGorick University Virginia of BMES Extended Abstracts: Student Design and Research Awards Friday, October 19– Friday, am 10:15 Diversity LectureAward Anjelica L. Gonzalez, PhD UniversityYale University Urbana-Champaign at Illinois of pm 5:30 Robert A. Pritzker DistinguishedLecture Award Rashid Bashir, PhD Thursday, OctoberThursday, 18– am 10:15 and providedletters of support for all award nominees. Winners: Award following the to Congratulations On behalf of the Awards Committee we would like to submitted who members nominations the all thank T
2018 BMES AWARD RECIPIENTS
66 2018 AWARD BMES RECIPIENTS Cardiovascular Engineering Friday, October 19–Plenary Session and Technology (CVET) 5:15 pm Sidney Marcus Auditorium CVET Most Downloaded The Wallace H. Coulter Award Dynamic Viscoelasticity and Surface for Healthcare Innovation Properties of Porcine Left Anterior Descending Coronary Arteries Josh Makower, MD Hanna E. Burton; Jenny M. Freij; Daniel M. Espino Stanford Byers Center for Biodesign March 2017, Volume 8, Issue 1, pp 41–56. BMES Student Chapter Awards CVET Most Cited Assessment of CFD Performance in Simulations 2018 Outstanding Achievement Award of an Idealized Medical Device: Results of FDA's University of Southern California First Computational Interlaboratory Study Sandy F. C. Stewart; Eric G. Paterson; 2018 Commendable Achievement Award Greg W. Burgreen; Prasanna Hariharan; San Jose State University Matthew Giarra; Varun Reddy; Steven W. Day; Keefe B. Manning; Steven Deutsch; Michael R. Berman; Matthew R. Myers; 2018 Outstanding Outreach Richard A. Malinauskas Program Award 2 June 2012, Volume 3, Issue 2, pp 139–160. University of California Los Angeles
Cellular and Molecular Bioengineering 2018 Outstanding Mentoring Program Award CMBE Most Downloaded University of California Davis Nanomaterials for the Capture and Therapeutic Targeting of Circulating Tumor Cells Z. Zhang and M.R. King. 2018 Outstanding Chapter Cell Mol Bioeng. 2017;10(4):275-94. Industry Program Award Purdue University CMBE Editor’s Choice Award A Microfluidic Model of Hemostasis Sensitive to Platelet Function and Coagulation Saturday, October 20–Plenary Session R.M. Schoeman; K. Rana; N. Danes; M. Lehmann; J.A. Di Paola; A.L. Fogelson; K. Leiderman; and 10:30 am Sidney Marcus Auditorium K.B. Neeves. Cell Mol Bioeng. 2017; 10(1): 3-15. Rita Schaffer Young Investigator Award Emily Day, PhD University of Delaware
Mid–Career Award Cynthia Reinhart-King, PhD Vanderbilt University
66 BMES 2018 | Atlanta Atlanta | BMES 2018 67 Olufunto Faweya Rice University Grayson Korie Vanderbilt University GrishamCandace Vanderbilt University National University of Singapore Son Sejin University Michigan of Ishita Tandon University Arkansas of Jennifer Wilson Stanford University Joycelyn Yip University of Southern California Bethany Young VirginiaCommonwealth University Zakerzadeh Rana University at Austin of Texas Zhenjiang Zhang Vanderbilt University Alexis Ziemba PolytechnicRensselaer Institute BMES-NSBE Society of Black (National Awards Travel Student Engineers) AlabiBusola University Southwestern of Texas Medical Center Ashlee Colbert Purdue University Ahyeon Koh SUNY Binghamton University Patrick Link Virginia Commonwealth University Davi Lyra-Leite University of Southern California Kevin McHugh Massachusetts Institute Technology of Alexa Melvin University Louisville of Marcela Mireles Ramirez Rochester Inst of Technology & Univ of Rochester Ngo Olivia Drexel University Laura Osorno UniversityRowan Phillip Jude Medicine Cornell Weill Faisal Reza Prevention Control and Centers Disease for Salinas Evelia University California-Irvine of Saw Nee Shier
Atlanta | Society of Black Engineers) Student Travel Award, and BMES Student Award Travel ongratulations to all BMES the 2018 Career BMES-NSBE Award, (National Development
BMES 2018 Chafica Kesserwan Chafica Wayne State University Virginia Commonwealth University Keller Keely University of Delaware Anjana Jeyaram Anjana University of Maryland, College Park Franck Kamga Gninzeko Virginia Tech Jayawardana Kalana Vanderbilt University Jamila Hedhli Jamila University of Illinois at Urbana Champaign Hughes-Oliver Cherice Thayer School of Engineering, Dartmouth Engineering, of School Thayer College Zeinab Hajjarian Massachusetts General Hospital Kelsey Gray Kelsey University Maryland of Grover Hannah Moffitt Cancer Center and Research Institute Emily Gosselin University of Maryland - College Park Morgan Elliott Johns Hopkins University Ferrall-Fairbanks Meghan University Michigan of Priscilla Do Emory University Renee CottleRenee UniversityClemson Anna Colleen Crouch University Urbana-Champaign at Illinois of Cho Nathan University of Southern California Leslie ChanLeslie Massachusetts Institute Technology of Si Chen (Stacie) Marcos Barcellona Washington University in St. Louis BernardinEvans University of South Florida Ghuncha AmbrinGhuncha University of Massachusetts, Dartmouth BMES Career Awards Development IsaacAdjeiq University of Florida winners. Please pick up your award check at registration. C
2018 BMES AWARD RECIPIENTS
68 2018 BMES AWARD RECIPIENTS 69 - - BMES 2018 | . Atlanta
Jason Papin, PhD Lonnie Shea, PhD PhD Stegmann, Jan Martine LaBerge, PhD Langrana, PhD Noshir J. Kent Leach, PhD Abraham Lee, PhD Connor VirgileConnor University Rochester of Reo Yoo University of California, San Diego Siavash Mazdeyasna Siavash University of Kentucky Melissa Mendoza Binghamton University Mosier Jenna Mississippi State University Bryan Nerger Princeton University Katherine Nguyen University of California, San Diego Nguyen-Truong Michael Colorado State University Ornstein Thea University of Maryland College Park, DepartmentFischell Engineering of Pant Jitendra University of Georgia Divya Patel University of Maryland, College Park Philip Diana The University of Akron Snyder Sarah Cornell University FELLOW RECIPIENTSFELLOW Shelia Grant, PhD Michele Grimm, PhD Kevin Healy, PhD Clark Hung, PhD Catherine Klapperich, PhD Jeffrey Karp, PhD Robert Keynton, PhD ONGRATULATIONS! at 5:30pm in the Sidney Marcus Auditorium. C BMES 2018 CLASS OF FELLOWS BMES 2018 Fellows will receiveAwards at the plenary session on Thursday, October 2018 18,
Claudia Fischbach-Teschl, PhD Kristen Billiar, PhD Nenad Bursac, PhD Christopher Chen, PhD MD, PhD Chesler, Naomi ents have also maintained a consistent record of membership and participation within the Society. Debra Auguste, PhD Victor Barocas, PhD BMES Fellow status is a distinguished honor awarded to members with outstanding qualifications and ex perience, who have demonstrated exceptional achievement in the field of biomedical engineering. Recipi Erika Kasen Erika UniversityTrine Estee George The University of Akron HarrodJordan Cornell University Jesse Fine Jesse A&M UniversityTexas & The Ohio State University Shelby Bess Shelby University Arkansas of CancinoAndrea InstituteIllinois Technology of Dahlia Alkekhia Dahlia Brown University BMES Student Travel Awards BMES Travel Student Alaa Abdelgawad University Arkansas of Columbia UniversityColumbia Thomas Kyle Washington University in St. Louis LaDeidra Monet Roberts Cornell University Sutton Michael Temple University Temple McLaurin Danielle Mississippi State University Demba Kah Demba University of Miami LangstonJordan
Atlanta | BMES 2018
68 INDUSTRY PROGRAMS INDUSTRY Industry Programs
Wednesday, October 17 Friday, October 19 7:30 pm—8:30 pm Omni Hotel Magnolia Room 8:00 am—9:00 am Room A402 Industry and Clinical Committee Meeting Product Development Implications based By Invitation Only on FDA Medical Device Classification Chair: Christopher Basciano, BD A panel based presentation and discussion on FDA device Thursday, October 18 classifications and their impact on requirements for new product development. Specific content will include 7:00 am—8:00 am Room A308A discussions on the regulatory submission pathways, sterilization methods, physics-based computer modeling Council of Industry Chapter Presidents and simulation, and the role of ASTM/ISO standards in By Invitation Only the regulatory submission.
8:00 am—10:00 am Room A402 9:00 am—10:15 am Room A402 Tech Transfer Innovation Challenge Connecting Engineering Skillsets with Professional Achievement and 1:15 pm—3:15 pm Room A402 Advancement Entrepreneur Workshop Chair: Christopher Basciano, BD Ticket Purchase Required The medical technology and pharmaceutical industries 7:00 pm—8:30 pm STATS Brewpub contain a broad range of career pathways that includes positions at small companies, global corporations, and Industry and Clinical Mixer regulatory agencies. Successful entry and advancement Ticket Purchase Required for each organization often requires individual profes- Hosted at STATS Brewpub, this event is an opportunity for sionals or students to navigate open-ended scenarios that industry professionals and clinicians attending the extend beyond technical work completed in a laboratory, conference to network in a fun setting. Hors d’oeuvres and office, or classroom. To help students and professionals one free drink will be provided for those in attendance. make informed decisions on the value of different skillsets and equip individuals for making their next career transition, Industry and Clinical Mixer sponsored by the current session will present descriptions on different career pathways and offer guidance from professionals who are employed in various medical organizations. Responses from an anonymized survey of multiple industry professionals giving their opinions on career advancement and professional achievement will also be presented as part of the discussion.
1:00 pm—2:30 pm Room A402 Clinical Innovators Spotlight
BMES INDUSTRY CHAPTERS BMES Industry Chapters directly address the needs of both the clinical and industrial BME professionals by providing networking, professional development, and business development opportunities, as well as recruiting opportunities and the general development of a BME community. Atlanta Industry Chapter Minneapolis Twin Cities Industry Chapter Boston Industry Chapter North Carolina Industry Chapter Denver Industry Chapter Philadelphia Industry Chapter Houston Industry Chapter San Francisco Bay Area Industry Chapter Indiana Industry Chapter St. Louis Region Industry Chapter www.bmes.org/industry
70 BMES 2018 | Atlanta SPECIAL SESSIONS Special Sessions
Wednesday, October 17 Thursday, October 18 3:30 pm—5:00 pm Room A411 8:00 am—9:30 am Georgia State Room BMES Student Chapter 50th Anniversary Student Chapter Development Event Jeopardy Tournament Chairs: Michael Brooks (UC Davis) and Chairs: Martine LaBerge; Liz Richards and Matthew Brown Sarah St. Clair (UC Davis) Grab your classmates and professors and come show your Calling all BMES student chapter leaders! Join us for school spirit at the 2018 BMES student chapter jeopardy multiple, short presentations by the chapters leading the tournament. nation in various club aspects. These presentations will be Student chapters from across the country will face off in a followed by two breakout workshops chosen by you based jeopardy tournament utilizing questions from biomedical on your personal interests. engineering coursework and 50 years of BMES history The first breakout session period will focus on General in a fun, fast-paced, and friendly competition. Students Leadership and the second on Targeted Officer Roles. will compete for prizes as well as for the inaugural BMES Work with your peers to generate new ideas and leader- student chapter jeopardy title! ship strategies for your chapters. This event will generate exciting, new ideas for your chapters. As an added bonus, 8:00 am—9:30 am Room A301 meet up with other student chapter leaders to start out The Future of Bioelectronics: the week and make weeklong and lifelong friends which Materials, Processes, and Applications will certainly improve your overall conference experience. Event hosted by BMES at UC Davis. Chairs: Jonathan Rivnay (Northwestern University); Tzahi Cohen-Karni (Carnegie Mellon University); Chong 3:00 pm—5:00 pm Omni Hotel Xie (UT Austin) and Jacob Robinson (Rice University) Dogwood Room The bioelectronics field encompasses a broad range Black Women in Biomedical Engineering: of materials and devices. This symposium will highlight Lessons for Healthy and Successful efforts in the field including organic and low dimensional Career Advancement carbon-based bioelectronic materials and devices for biosensing, diagnostics, actuation, drug delivery, and (additional $20 ticket required) active tissue engineering. Focus will also be placed on Chairs: C. LaShan Simpson, PhD; both active and passive materials and processes meant to Princess Imoukhuede, PhD and Gilda Barabino, PhD impart flexible, conformal, stretchable, and/or transient/ According to a recent joint study released by the National degradable functionality. This symposium intends to Society for Black Engineers and the Society for Women further emphasize the need for cross-disciplinary efforts Engineers, 25% of black women leave the engineering in the development of next-generation bio-integrated field within the first 5 years. Through this event, we hope to electronics by bringing together more fundamental address some of the issues related to the dismal retention research efforts with those of industrial participants— rates of black women in STEM. Extensive literature has highlighting systems-level challenges (power and signal shown that black women experience more oppression, transmission/communication) and rising clinical needs. poor work-life balance, and harsh work environments than their counterparts in STEM fields. Guest speaker, Dr. Joy Harden Bradford, a licensed Psychologist in Atlanta, GA, and host of the weekly podcast “Therapy for Black Girls” will the address emotional and mental health issues, as well as provide tips for black women to survive and thrive in their professional careers. This event is targeted towards black women in biomedical engineering, advocates, and those interested in the reten- tion and career advancement of underrepresented and underserved populations in BME. The event will facilitate the retention of black women in the field. Through the lens and experiences of black women, much can be learned about how to promote healthy and successful careers for all BMEs. A networking reception will follow the session.
70 BMES 2018 | Atlanta Atlanta | BMES 2018 71 SPECIAL SESSIONS Special Sessions
Thursday, October 18 9:30 am—6:30 pm Exhibit Hall A1 8:00 am—9:30 am Room A411 High School Biomedical Engineering Expo State-of-the-Art ImmunoEngineering High school students primarily from traditionally under- and Future Opportunities represented backgrounds in science and engineering will Chairs: Julia Babensee (Georgia Tech/Emory University); have the opportunity to connect with biomedical Susan Thomas (Georgia Tech/Emory University) and engineers, students, faculty and industry, get exposure to Shadi Mamaghani (NIBIB, NIH) the biomedical engineering field, and share projects they The symposium will bring forth thought-leaders in immuno- are working on related to life sciences (biology, chemistry, Engineering to present state-of-the-art research and biotechnology, healthcare), biomedical engineering, or opportunities for future directions. Topics to be covered bioengineering. Selected students will present a post- will represent the breath to which immunology intersects er in the exhibit hall during a poster competition at the with different areas of biomedical engineering such as Expo and prizes will be awarded to the top winners. The imaging, biomechanics, biomaterials and computational program is supported by funding through the National biology. ImmunoEngineering is a very timely subject of Science Foundation, National Institutes of Health and the great interest to many bioengineers as wells as the funding Wallace H. Coulter Foundation (BMES Minority Network). agency, National Institutes of Health (NIH). The Nation- 1:30 pm—3:00 pm Room A301 al Institute for Biomedical Imaging and Bioengineering (NIBIB) recently established the first ImmunoEngineering NIH Funding Panel Session program at NIH. At this gathering of biomedical engineers, Chairs: Zeynep Erim (NIBIB) and Tony Dickherber (NCI) a panel discussion will be facilitated by the NIH represen- The session will provide an overview of NIH funding tative, with the panel consisting of the four speakers and opportunities and resources particularly well-suited to two co-chairs. The purpose of this discussion is to foster the BME research community. NIH Program Officers and ideas from panelists and the audience. Issues to consider awardees will offer insights and “lessons learned” from include opportunities for further engagement of the bio- the perspective of winning these NIH awards as well as in medical engineering community in immunoEngineering, serving on NIH review panels. The session will explore how identify gaps and opportunities for collaboration amongst researchers may develop strategies to align their research the community and with immunologists, and how NIH interests with NIH opportunities and priorities. The session programs can support such endeavors. The NIBIB is of is supported by funding through the National Institutes of the view that the biomedical engineering community can Health NIBIB, NCI, NIAMS, NICHD and NINDS. utilize their expertise and out-of-box solutions to help immunologists, cancer biologists or HIV experts to 1:30 pm—3:00 pm Room A310 address unresolved issues that will benefit from a multidisciplinary team-based approach. Soft Material-Enabled Electronics for 8:00 am—9:30 am Room A310 Medicine, Healthcare, and Human- Machine Interfaces Single Cell Analysis and Tumor Chairs: Prof. Woon-Hong Yeo (Georgia Institute of Heterogeneity Technology) and Prof. Jae-Woong Jeong (Korea Chairs: Sunitha Nagrath (University of Michigan) and Advanced Institute of Science & Technology, Lydia Sohn (UC Berkley) South Korea) The tumor heterogeneity is a critical factor in understanding The session will feature renowned speakers who made the biology of aggressive tumors and mechanisms under- significant advancements in low-profile, stretchable wear- lying resistance to an expanding repertoire of targeted able and implantable electronics for disease diagnostics, therapies in cancer. The session will focus on technology health monitoring, therapeutics, and machine interfaces. developments and the data analytics for single cell anal- Introduction and discussion of the emerging technologies ysis to explore the tumor heterogeneity. The session will and systems regarding wearable and implantable biosen- highlight important areas of single cell analysis including sors and bioelectronics will make a direct contribution to technologies and tools related to single cell isolation and the biomedical engineering society since this emerging single cell analytical methods (RNA, DNA, protein). research area is focusing on the development of advanced materials and engineering technologies to advance human health and well-being.
72 BMES 2018 | Atlanta SPECIAL SESSIONS Special Sessions
2:30 pm—5:00 pm Room A411 high-resolution optical imaging. The image resolution, as well as the maximum imaging depth, is highly scalable with 6th US-Korea Joint BMES Workshop the optical and acoustic configurations at depths up to Chairs: Ho-Wook Jun (University of Alabama at several centimeters in biological tissues. Photoacoustic Birmingham) and Hanjoong Jo (Emory University imaging can provide anatomical (e.g., tumor angiogenesis and Georgia Tech) and artery plaque), functional (e.g., neuronal activity The goal of the 6th Annual US-Korea Joint Workshop and ischemic hypoxia), and molecular information (e.g., on Biomedical Engineering is to promote cooperation, protein-protein interaction and gene expression) of living collaboration, and networking between the members of tissues. Photoacoustic imaging is a valuable tool for Korean Society of Medical and Biological Engineering personalized medicine, using numerous exogenous con- (KOSOMBE) and Biomedical Engineering Society (BMES). trast agents (e.g., organic dyes, metallic and nonmetallic In the past five years, this annual Workshop has become nanoparticles, and reporter gene products) with bio- increasingly well-known among biomedical engineers in markers. The invited speakers will collectively cover four both US and Korea, attracting >~100 PIs and trainees from exciting topics: (1) Omniscale photoacoustic imaging from both countries as part of the Annual BMES meeting. The organelles to patients, (2) ultrafast photoacoustic imaging workshop will cover topics on various convergent technol- of biological functions and dynamics, (3) contrast agents ogies to better understand and improve human health via for theranostic photoacoustic imaging, and (4) clinical and different approaches in multi-disciplines including bioma- commercial translation of photoacoustic imaging. terials, tissue engineering, mechanobiology, biotransport, neuro-engineering, exosome, and immunotherapies, Friday, October 19 drug delivery, medical imaging, immune cancer therapy, stem cell therapy, and bionanotechnology. The Workshop 8:00 am—9:30 am Room A301 provides an important venue and serves as bridge for a Systems Thinking in the Education of long-term relationship and mutual benefit for both Society Biomedical Engineering Students members in US and Korea. Chairs: Eberhard Voit and Denis Tsygankov 3:45 pm—5:15 pm Room A301 This session is dedicated to discussions of innovative BME DEBUT Winner Presentations and teaching modalities in the area of computational biomed- Award Ceremony ical systems analysis and highlights novel ideas pertaining to classroom education in the rapidly emerging field of Chairs: Zeynip Erim (NIH/NIBIB) and dynamical systems analysis in health and disease. The Phil Weilerstein (VentureWell) session begins with real-life illustrations from a critical care The winners of the DEBUT (Design by Undergraduate Bio- unit that set the stage by demonstrating the importance of medical Teams) jointly sponsored by the National systems-based biomedical engineering. The subsequent Institute of Biomedical Imaging and Bioengineering presentations describe different approaches toward (NIBIB) and VentureWell, will present their projects and fostering systems thinking in the next generation of receive their awards. The session will conclude with a talk biomedical engineers. on “Next steps in the path to commercialization” by Colin J.H. Brenan, Founder and Chief Commercial Officer of 8:00 am—9:30 am Room A311 HiFiBiO BV, Editor-in-Chief of IEEE PULSE Magazine. Advanced Biomanufacturing Session I: 3:45 pm—5:15 pm Room A310 Advanced Tissue Biofabrication Novel Photoacoustic Imaging: Chairs: Kaiming Ye (Binghamton University, SUNY) Systems, Computation, and Agents and Cheng Dong Chairs: Junjie Yao (Duke University); Muyinatu (Bisi) Advanced Biomanufacturing Special Interest Group (ABioM SIG) is pleased to organize two special sessions: Bell (John Hopkins University) and “Advanced Cell Biomanufacturing” and “Tissue Biofabrica- Jun Xia (University of Buffalo) tion” to highlight grant challenges and R&D opportunities The special session will feature four world-leading experts as well as workforce training in these emerging fields. on the latest breakthroughs in photoacoustic imaging, Invited speakers include Director of National Institute for including Drs. Lihong V. Wang (Caltech, USA), Stanislav Innovation in Manufacturing Biopharmaceuticals (NIIMBL), Emelianov (Georgia Tech, USA), Daniel Razansky (TUM, Director of NSF Engineering Research Center (ERC) for Germany), and Chulhong Kim (POSTCH, South Korea). Cell Manufacturing Technologies, Director of NIH Center Photoacoustic imaging, also referred to as optoacoustic for Engineering Complex Tissues, and pioneers and imaging, is most sensitive to rich optical absorption leaders in these fields. contrast and has overcome the fundamental depth limit of 72 BMES 2018 | Atlanta Atlanta | BMES 2018 73 SPECIAL SESSIONS Special Sessions
Friday, October 19 8:00 am—9:30 am Room A404 8:00 am—9:30 am Room A411 Young Innovators of Cellular and Molecular Bioengineering, Part I AAA-BMES Symposium: Engineering and Imaging the Stem Cell Niche 1:15 pm—2:45 pm Room A404 for Guided Regeneration Young Innovators of Cellular and Chair: Scott Simon (University of California-Davis) Molecular Bioengineering, Part II This symposium will focus on anatomical and bioengineering 1:15 pm—2:45 pm Room A409 approaches. The theme of the symposium is multi-scale imaging and mechanical contributions to deriving stem Engineering Solutions to Health cell derived therapeutic tissue growth with emphasis on Care Disparities the matrix and signaling events that are measurable using Chairs: Gilda Barabino and Cato Laurencin novel imaging and organoid-on-a-chip approaches. Health and health care disparities remain a costly and 1:15 pm—2:45 pm Room A311 burdensome challenge in the U.S. and pose a serious threat to continued improvement in overall quality of care Advanced Biomanufacturing Session II: and population health. Biomedical engineers are well Advanced Cell Biomanufacturing positioned to employ novel biodesign strategies toward Chairs: Kaiming Ye (Binghamton University, SUNY) the elimination of these disparities. This interactive session and Cheng Dong will explore approaches for research and education related to the application of biomedical technologies and Advanced Biomanufacturing Special Interest Group (ABi- engineering designs to solve health disparities. oM SIG) is pleased to organize two special sessions: “Ad- The session will feature outstanding designs developed vanced Cell Biomanufacturing” and “Tissue Biofabrication” in the 2018 BMES Coulter College. to highlight grant challenges and R&D opportunities as well as workforce training in these emerging fields. 1:30 pm—4:30 pm Room A301 Invited speakers include Director of National Institute for Innovation in Manufacturing Biopharmaceuticals (NIIMBL), BMES-NSF Special Session on CAREER Director of NSF Engineering Research Center (ERC) for and UNSOLICITED Awards Cell Manufacturing Technologies, Director of NIH Center Preregistration Required for Engineering Complex Tissues, and pioneers and BMES and the National Science Foundation (NSF) have leaders in these fields. partnered to convene a special session focused on innova- 1:15 pm—2:45 pm GWCC, tive research in biomedical engineering and grant writing. Georgia State Room The session will bring together NSF Bioengineering and Engineering Healthcare grantees, young investigators, AEMB/BMES Regulatory and Intellectual junior and senior faculty, and post-doctoral fellows for Property Protection Strategies idea exchange and networking related to conducting and Learn important considerations for translating medical funding cutting-edge research in BME. The session will device designs from the classroom and the lab into com- showcase NSF funded research and researchers, foster mercially viable products to improve human health and collaboration and idea exchange, familiarize participants wellbeing. Experts from the medical device industry will with NSF funding mechanisms, and provide strategies for describe how to determine the market for a product and preparing competitive grant proposals, in particular NSF the pathways to gain regulatory approval (US and global). CAREER and unsolicited grant applications. The session Additionally, a patent attorney will present strategies to is funded through the National Science Foundation. This protect intellectual property, another critically important material is based upon work supported by the National step toward creating a commercially viable device. This Science Foundation under Grant No. CBET–1824363. Any session is open to all conference attendees and is part of opinions, findings, and conclusions or recommendations the Mentoring for Innovative Design Solutions (MINDS) expressed in this material are those of the author(s) and do Scholar Program, which is run by Alpha Eta Mu Beta and not necessarily reflect the views of the National Science funded through the National Science Foundation. The Foundation. session is co-sponsored by BMES.
74 BMES 2018 | Atlanta SPECIAL SESSIONS Special Sessions
3:30 pm—5:00 pm Room A411 grams, and entrepreneurship centers. All of these different graduate programs have in common the need to identify Physical Science Oncology Networking high-quality students with strong potential for success. Chairs: Dennis Discher (PSOC@Penn Director) and At the same time, the process of bringing new medical Denis Wirtz (PSOC Johns Hopkins Director) technologies to market requires contributions from A Network of Physical Science Oncology Centers & individuals with disparate skill sets, such as engineers, Projects is being funded by the National Cancer Institute, researchers, clinicians, and entrepreneurs. This diverse and many faculty and students in Biomedical Engineering range of skills demands a careful consideration of the Departments are directors, investigators, or fellows in the student archetypes who should be included in Network. This symposium will describe the Center efforts such programs. while highlighting ongoing work and will breakup into This workshop emerged from the second GMI Program small roundtable discussions to answer science questions Workshop, held at the 2017 BMES Annual Meeting; at and also describe opportunities for interactions. that event, a break-out session brainstormed attributes of A reception will follow on Friday evening at the Omni Hotel “ideal” candidate students for GMI programs. Following at CNN Center to socialize and further network. up on that workshop, the organizers distributed surveys to both administrators and alumni of GMI programs. The 3:30 pm—5:00 pm Room A409 2018 Workshop will include detailed review and discussion Athanasiou Annals of Biomedical of the results of these surveys, with the goal of continuing Engineering Student Award Session to define the archetype(s) of prospective students with the potential for success in this style of program. Chair: Stefan Duma (Virginia Tech) In 2017 the Kerry and Kiley Athanasiou Endowment was established within the Biomedical Engineering Society Saturday, October 20 (BMES) to promote graduate students and post-doctoral 8:00 am—9:30 am Room A310 scholars through their publications in the Annals of Biomedical Engineering (ABME). This session will include Application of Two Dimensional up to six speakers selected by the ABME Editorial Board Materials in Healthcare based on their outstanding publications in ABME during Chair: Aida Ebrahimi (Pennsylvania State University) the past year. Each award recipient will present a 10 minute 2D materials offer high sensitivity due to large surface summary of their paper followed by 5 minutes of Q&A. area, thin atomic profile, tunable electronic/optical proper- A plaque and award of $500 will be presented to ties, flexibility, mechanical strength, and optical transpar- each winner. ency. The distinct chemical and physical properties of 2D 3:30 pm—5:00 pm Room A310 materials make them ideal for detecting various biological targets, such as nucleic acids, proteins, and small BMES Graduate Medical Innovation molecules. In recent years, 2D materials and their Program Workshop Part III: composite structure with other nanoscale materials (such Defining Student Archetype(s) as nanoparticles, enzymes, nanotubes) have attracted Chairs: Jennifer Amos (University of Illinois at great attention in various technologies related to health- Urbana-Champaign); Gilda A. Barabino (The City College care, including biochemical sensors, drug delivery, design of New York); Jeffrey S. Garanich (The City College of of in vivo probes, substrate for immobilization of bio- New York) and Michael O’Donnell (UC Berkeley/ molecules, etc. This Special Session intends to share some UC San Francisco) of the exciting research efforts in the filed on application of 2D materials in healthcare, and can create new Graduate medical innovation (GMI) programs provide collaborative opportunities between the attendees with pathways for engineers, life scientists, and MDs to amplify different areas of expertise, including biomedical each other’s efforts in developing new innovations in engineering, materials science/engineering, electrical medicine. These programs are emerging from engineering engineers, and chemical engineering. departments, but also from medical schools, business pro-
74 BMES 2018 | Atlanta Atlanta | BMES 2018 75 SPECIAL SESSIONS Special Sessions
Saturday, October 20 1:30 pm—3:00 pm Room A310 8:00 am—9:30 am Room A311 International Collaboration in Biomedical Engineering Education Scientific Advancement in the Chairs: Damir Khismatullin (Tulane University) and Biomechanics of Prosthetic Heart Valves Song Li (UCLA) Chair: Ajit Yoganathan (Georgia Institute of Technology This special session will highlight progress in the develop- and Emory University) ment of joint biomedical engineering programs between Over the past 60 years, prosthetic heart valves have U.S. universities and universities in China, Singapore, and evolved from mechanical valves to tissue valves implanted South Korea. This event is a key step in forming partner- surgically, to recent stented tissue valves implanted ships between the BMES and biomedical engineering percutaneously. As one of the major medical devices in societies abroad. The invited speakers will share their clinical cardiovascular disease treatment, prosthetic heart experience in development/running of international BS/ valve has dramatically improved the quality and length of MS/PhD Programs in Biomedical Engineering. the lives of millions of patients worldwide who otherwise may have no treatment options. Behind its marvelous success, biomedical engineering analysis has played a critical role in improving prosthetic valve design and functionality. In the symposium, we will review and discuss the scientific advancement of prosthetic valve design and the associated engineering analyses done in the past 60 years, ongoing research, and future research directions.
8:00 am—9:30 am Room A301 BMES-NSF Special Session on Graduate Research Fellowships Program Preregistration Required BMES and the National Science Foundation (NSF) have partnered to convene a special session focused on NSF’s Graduate Research Fellowships Program (GRFP). The goal of the session is to bring together program officers, grantees, reviewers and graduate students to highlight the NSF GRFP and inform undergraduate and graduate students on GFRP guidelines and strategies to develop winning GRFP grant proposals. The session is funded through the National Science Foundation. This material is based upon work supported by the National Science Foundation under Grant No. CBET–1824363. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.
76 BMES 2018 | Atlanta Download the BMES 2018 Annual Meeting Mobile App! Navigate the event Like A Pro with the BMES 2018 mobile app, powered by Core-apps
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76 BMES 2018 | Atlanta 2018 TRACK CHAIRS TRACK 2018 Bioinformatics and Drug Delivery and Systems Biology Intelligent Systems Jason Papin Jamal Lewis University of Virginia University of California Davis Megan McClean Erin Lavik University of Wisconsin University of Maryland Baltimore County
Biomaterials Nano and Micro Technologies Adam Engler Emily Day University of California San Diego University of Delaware Katie Bratlie John Zhang Iowa State University Dartmouth College
Biomechanics Neural Engineering Stefan Duma Stephanie Seidlits Virginia Tech University of California Los Angeles Amit Pathak Abigail Koppes Washington University in St. Louis Northeastern University
Biomedical Orthopedic and Engineering Education Rehabilitation Engineering Colin Drummond Peter Yang Case Western University Stanford University Devin K. Hubbard Vincent Wang UNC/NC State Virginia Tech
Biomedical Imaging Respiratory Bioengineering and Instrumentation Gregg Duncan Kyle Quinn University of Maryland University of Arkansas Rebecca Heise Stanislav (Stas) Emelianov Virginia Commonwealth University Georgia Tech Stem Cell Engineering Cancer Technologies Stephanie Willerth Amy Brock University of Victoria University of Texas at Austin Kris Saha Kostas Kostantopoulos University of Wisconsin Johns Hopkins University Tissue Engineering Cardiovascular Engineering Janet Zoldan Marsha Rolle University of Texas at Austin Worcester Polytechnic Institute Warren Grayson Lauren Black Johns Hopkins University Tufts University Translational Cellular and Molecular Biomedical Engineering Bioengineering Mark Van Dyke Princess Imoukhuede Virginia Tech University of Illinois–Urbana-Champaign Daniel Elson Kimberly Stroka Imperial College London (UK) University of Maryland Undergraduate Device Technologies Research & Design and Biomedical Robotics Casey Akeny Abidemi Ajiboye Northwestern University Case Western University Sarah Rooney Mike McShane University of Delaware Texas A&M
78 BMES 2018 | Atlanta ABSTRACT REVIEWERS 79 BMES 2018 |
Atlanta Michael Mak Mao Angelo Jyothi Menon Hui-sung Moon Kristen Naegle O'Dell Walter Oudin Madeleine McCarty Owen Prabir Patra Marjan Rafat Rohan FernandesRohan Fu Bingmei Gallego-PerezDaniel GhadialiSamir GhoshGargi Esther Gomez Joshua Grolman He Xiaoming Hood Lyle R. Huang Chiao Huang Soojung Hur Kamran Iqbal IrudayarajJoseph IversonNicole Jin Sha Javier Jo Katira Parag Forrest Kievit Kim (John) Yonghyun Christine King Grant Kruger Ashish Kulkarni Gabe Kwong LammerdingJan LazzaraMatthew Lee Jungwoo Jennifer Leight Francis Lin Luis Solorio Maureen Lynch MaganaIsidro Hongki Yoo Hongki Yu Bing Yu Guoqiang Yuan Baohong Zhou Chao Cancer Technologies AbhyankarVinay Ashutosh Agarwal Fernandez- Fernandez Alicia BehkamBahareh Brian Booth Olivia Burnsed Chen Weiqiang Childers Rachel Farhan Chowdhury Jeannine Coburn Mahsa Dabagh Guohao Dai Magalhaes De Nzola Domenech Maribella Dreaden Erik Aida Ebrahimi
Thomas Royston Carolina Salvador-Morales ScarcelliGiuliano Monica Shokeen Andrew Smith Tao Yuankai Yankeelov Tom Gang Yao Yao Junjie Ken Hoyt Hsiai Tzung Hu Xiaoping Songbai JI Jiang Yuhao Javier Jo Curtis Johnson Amit Joshi KainerstorferJana Kawaji Keigo Christine King KirkpatrickSean KlingensmithJon Grant Kruger Mehmet Kurt Juhyun Lee Lewin Peter Wei-Chiang Lin MaganaIsidro Mao Angelo Milner Tom Muldoon Timothy Xiaolin Nan O'Dell Walter PratxGuillem Christopher Price Qiu Zhen Narasimhan Rajaram Christopher Raub Joe Reinhardt Robles Francisco Biomedical and Imaging Instrumentation Costas Arvanitis Carolyn Bayer Tim Becker Bell Muyinatu Quincy Brown Olivia Burnsed Deva Chan Childers Rachel Bernard Choi Mei-Lan Chu Delphine Dean Does Mark El-BazAyman Fang Ruogu BaoweiFei Gallego Gabriela GhorayebSleiman Craig Goergen Joan Greve Joshua Grolman HendersonJames
Tanya Nocera Tanya Ochia Ruth Brian Plouffe Renata Ramos Sarah Rooney Rueda Daniel RuegseggerMark Ann Saterbak Scott Sell C. LaShan Simpson Stegemann Jan Ian Wong Biomedical Engineering Education(BME) Asem Aboelzahab Allen Timothy Jenny Amos Kristen Billiar Brown Philip Olivia Burnsed CavanaghDaniel Childers Rachel Jennifer Choi Alisa Clyne Colin Drummond Gaitan-LeonDiana George Stephanie Richard Goldberg Joshua Grolman Eileen Haase Devin Hubbard HusseiniNaji Kamran Iqbal Karin Jensen Christine King Grant Kruger Jean-Michel Maarek Amir Manbachi Mao Angelo Samir GhadialiSamir Joshua Grolman HoffmanBrenton Andrew Kemper KimYoon Tae Christine King Grant Kruger Maureen Lynch Madigan Mike Michael Mak Mao Angelo MofradMohammad Amrinder Nain O'Connell Grace Rowson Bethany Steve Rowson ScarcelliGiuliano Alok Shah Yunfei Shi SmithMichael Brian Stemper StitzelJoel UrbanJillian Pam VandeVord Leo Wan
Rafaella Devita Tim Downing Stefan Duma Jeffrey Wolchok Biomechanics AbhyankarVinay Alford Patrick Allen Kyle Amini Rouzbeh Ashley Brown Olivia Burnsed Childers Rachel ColemanRhima Daniel Conway Kareen Coulombe Joanna Dahl Alamo Del Juan Blanka SharmaBlanka Yunfei Shi Shin Jae-Won Craig Simmons Ankur Singh Aleksander Skardal SmithMichael Stegemann Jan Laura Suggs Jay Sy Veiseh Omid Gordana Vunjak-Novakovic Qun Wang Jennifer West Catherine Whittington Jennifer Leight Prashant Mali Mao Angelo MitchellMichael Mary Beth Monroe Ogle Brenda PeytonShelly Placone Jesse PresnellSharon Andrew Putnam Rao Raj Reinhart-KingCynthia Geert Schmid- Schoenbein SchneiderIan Brenton HoffmanBrenton Nathaniel Huebsch IversonNicole Jeffrey Jacot Jiang Jenny Ning Jiang Shan KamatNeha Ali Khademhosseini Forrest Kievit Deok-Ho Kim Christine King Grant Kruger Kumar Sanjay Ester Kwon Leach Kent Lee Jungwoo Joshua Grolman HarleyBrendan
Thank you to our Reviewers for their toThank our Reviewers Time you and Effort
Adam GormleyAdam Adam Engler Adam FeinbergAdam Claudia Fischbach Gilbert Penny Yizhou Dong Tim Downing Dreaden Erik Craig Duvall Ovijit Chaudhuri Childers Rachel DeForest Cole Daniel AlgeDaniel Leon Bellan Ashley Brown Olivia Burnsed Ioannis Zervantonakis Biomaterials Abbott Rosalyn Jared Weis Jared Wood Levi Lingchong You Xiling Shen Mary Staehle Gregory Szeto Tan Cheemeng Arthur Ritter Casim Sarkar Jeff Saucerman Priya Shah Elsje Pienaar Elsje PlattManu Justin Pritchard William Richardson Prahlad MenonPrahlad Kathryn Miler-Jensen Kristen Naegle Peirce-CottlerShayn Grant Kruger LazzaraMatthew Michael Mak Mao Angelo Paul Jensen Paul Melissa Kemp Christine King KreegerPamela Stacey Finley Joshua Grolman Sangyoon Han JanesKevin Colin Drummond Mohammad Fallahi-Sichani Fang Ruogu Sriram Chandrasekaran Childers Rachel Benjamin Cosgrove Biology Arnold Kelly Olivia Burnsed Patrick Cahan Bioinformatics, Computational Systemsand
Atlanta | BMES 2018
78 ABSTRACT REVIEWERS Thank you to our Reviewers for their Time and Effort
Shreyas Rao Grant Kruger Rachel Childers Francis Lin Device Smitha Rao Sandeep Kumar Eun Ji Chung David Long Christopher Raub Ethan Kung Alisa Clyne Gretchen Mahler Technologies Jorge Rodriguez Kaveh Laksari Taylor Cohen Michael Mak and Biomedical Jai Rudra Juhyun Lee Rhima Coleman Angelo Mao Robotics Blanka Sharma Jun Liao Daniel Conway Venkat Maruthamuthu Mohammad Xiling Shen David Long Renee Cottle Megan McCain Abedin-Nasab Jae-Won Shin Loraine Lowder Mahsa Dabagh Owen McCarty Vinay Abhyankar Vasudha Shukla Gretchen Mahler Sudip Dahal A.J. Mellott Titus Albert Ankur Singh Keefe Manning Kris Dahl Jyothi Menon Daniel Alge Barbara Smith Angelo Mao Guohao Dai Brenda Ogle Tamara Baynham Tong Sun Kristyn Masters Eric Darling Madeleine Oudin Muyinatu Bell Liping Tang Megan McCain Aditi Das Francesco Pasqualini Philip Brown Hossein Tavana Owen McCarty Nzola De Magalhaes Prabir Patra Olivia Burnsed Jared Weis Walter Murfee Tara Deans Jennifer Patterson Daniel Cavanagh Catherine Whittington Walter O'Dell Wawrzyniec Dobrucki Arghya Paul Chaoyang Chen Ian Wong Brenda Ogle Henry Donahue Ryan Pearson J-C Chiao Bing Yu Arghya Paul Tim Downing Edward Phelps Rachel Childers Baohong Yuan Robert Peattie Aida Ebrahimi Elsje Pienaar Gerry Cote Ioannis Zervantonakis Manu Platt Stacey Finley Manu Platt Roche de Guzman Chao Zhou Gangjian Qin Ann Foley Gangjian Qin Dino Dicarlo Silviya Zustiak Elaheh Rahbar Stephanie Fraley Raj Rao Zachary Dooley Raj Rao Bingmei Fu Shreyas Rao Aida Ebrahimi Cardiovascular Manuel Rausch Thomas Gaj Cynthia Reinhart-King Evon Ereifej Engineering Arthur Ritter Daniel Gallego-Perez David Rubenstein Steve Fening Shuvo Roy Samir Ghadiali Daniel Rueda Alicia Fernandez- Ashutosh Agarwal David Rubenstein Jason Gleghorn Nima Saeidi Fernandez B. Rita Alevriadou Sudeep Sastry Esther Gomez Casim Sarkar Akhilesh Gaharwar Rouzbeh Amini David Schmidtke Joshua Grolman Debanjan Sarkar Joshua Grolman Deirdre Anderson Samuel Senyo Jianjun Guan Parijat Sengupta R. Lyle Hood Reza Avaz Vahid Serpooshan Sangyoon Han Samuel Senyo Soojung Hur Ashley Brown Hisham Sherif Sundararaghavan Harini Vahid Serpooshan Kamran Iqbal Olivia Burnsed Yan-Ting Shiu Xiaoming He Allyson Sgro Joseph Irudayaraj Stuart Campbell Joao Soares Brenton Hoffman Jason Shearn Roozbeh Jafari Rachel Childers Kenji Sunagawa Zhongkui Hong Xiling Shen Ali Khademhosseini Olivia Coiado Saeed Tiari Renita Horton Jae-Won Shin Salman Khetani Alonzo Cook Lucas Timmins Greg Hudalla Yan-Ting Shiu Brian Kim Renee Cottle Marcella Vaicik Soojung Hur Ankur Singh Christine King Kareen Coulombe Victor Varner Kamran Iqbal Shannon Sirk Grant Kruger Mahsa Dabagh Zhenglun Wei Nicole Iverson Andrew Smith Ethan Kung Guohao Dai Seth Weinberg Jeffrey Jacot Joao Soares Anja Kunze Tim Downing Zhongjun Wu Abhishek Jain Neelamegham Sriram Chenzhong Li Adam Feinberg Saami Yazdani Justyn Jaworski Sarah Stabenfeldt Francis Lin Ann Foley Young-sup Yoon Steven Jay Robert Steward Jr. Jackie Linnes Bingmei Fu Rana Zakerzadeh Sabrina Jedlicka Yubing Sun Duncan Maitland Glenn Gaudette Paul Jensen Paul Sundaram Kristen Maitland Stephanie George Cellular and Julie Ji Gregory Szeto Keefe Manning Craig Goergen Molecular Sha Jin Cheemeng Tan Angelo Mao Sheila Grant Bioengineering Ho-Wook Jun Aaron Timperman Stephanie McCalla Joshua Grolman Topp Justin Gregory Underhill Manuel Monge Jianjun Guan Rosalyn Abbott Neha Kamat Victor Varner Hui-sung Moon Heather Hayenga Mohammad Parag Katira Omid Veiseh Aydogan Ozcan Abedin-Nasab Xiaoming He Salman Khetani Leo Wan Zhen Qiu Vinay Abhyankar Tracy Hookway YongTae Kim Seth Weinberg Jessica Ramella Asem Aboelzahab Renita Horton Christine King Catherine Whittington Daniel Ratner Ashutosh Agarwal Nathaniel Huebsch Grant Kruger Stephanie Willerth Shuvo Roy B. Rita Alevriadou Jeffrey Jacot Charu Kumar Rebecca Willits Hisham Sherif Janet Barzilla Jinah Jang Sandeep Kumar Levi Wood Barbara Smith Bahareh Behkam Morten Jensen Anja Kunze Sangpil Yoon Kenji Sunagawa Vimala Bharadwaj Bin Jiang Gabe Kwong Wujie Zhang George Tan Corey Bishop Juan Jiménez Jan Lammerding Silviya Zustiak Mark Van Dyke Brian Booth Jangwook Jung Simpson LaShan Shannon Weigum Ashley Brown Alexey Kamenskiy Matthew Lazzara Zhongjun Wu Olivia Burnsed Keigo Kawaji Jennifer Leight Conrad Zapanta Christine King Weiqiang Chen
80 BMES 2018 | Atlanta ABSTRACT REVIEWERS 81
BMES 2018
| Atlanta Brenda Ogle Brenda Rao Raj Casim Sarkar SarkarDebanjan SharmaBlanka Shin Jae-Won Anita Shukla Ankur Singh Sarah Stabenfeldt Sun Yubing Kaiming Ye Saeed Tiari Saeed Victor Varner Darcy Wagner Tilo Winkler ZakerzadehRana Cell Stem Engineering Olivia Burnsed Patrick Cahan Childers Rachel Benjamin Cosgrove Guohao Dai Tim Downing GhoshGargi GilbertPenney Joshua Grolman HarleyBrendan Nathaniel Huebsch Jeffrey Jacot KhetaniSalman Kristopher Killian Christine King Grant Kruger Subhash Kulkarni Lampe Kyle Leach Kent Yan Li Ethan Lippmann Mao Angelo Jeffrey Millman Respiratory Bioengineering Amoako Kagya Audi Said Olivia Burnsed Childers Rachel Cohen Taylor Yu Feng GhadialiSamir GleghornJason Laleh Golshahi Joshua Grolman Kamran Iqbal KimJinho Christine King Grant Kruger Francis Lin Katharina Maisel Mao Angelo Jyothi Menon Robert Pouliot Bradford Smith Jung Soo Suk SukiBela
Jingwei XieJingwei Daniel Ferris Matthew Fisher GrantSheila Sarah Greising Joshua Grolman Guda Teja Kamran Iqbal JohnsonReva Christine King Grant Kruger Ian Limoli Lu Yuan-Chiao Luck Jason Mao Angelo J. Lucas McKay Jennifer Nichols Carrie Peterson Christopher Price Jennifer Puetzer QueenRobin Christopher Raub Nathan Schiele ShearnJason Annamalai T. Ramkumar Tan George Michael Torry Rebecca Wachs Christopher Wagner Wang Hongwu Jennifer Wayne Mark Sayles SeidlitsStephanie Seker Erkin Yunfei Shi Ankur Singh Sarah Stabenfeldt Flavia Vitale Rebecca Wachs Wood Levi Matt Wood Orthopedicand Rehabilitation Engineering Albert Titus Allen Kyle Brown Philip Olivia Burnsed Chen Chaoyang Chen Yupeng Childers Rachel Zachary Dooley FeningSteve Alicia Fernandez- Fernandez
Subhash Kulkarni Anja Kunze Lampe Kyle Leipzig Nic Mao Angelo OttoKevin Bryan Pfister RomeroOrtega Mario Ali Tamayol Ali Tan George Liping Tang Veiseh Omid Leo Wan Weigum Shannon Ian Wong XieJingwei Ioannis Zervantonakis Neural Engineering Tim Bruns Olivia Burnsed Chen Chaoyang Childers Rachel Kacy Cullen Courtney Dumont Daniel Ferris Lisa Flanagan Gallego-PerezDaniel Ryan Gilbert Joshua Grolman Sarah Heilshorn KainerstorferJana KhaingZin Christine King Koppes Abigail Ryan Koppes Grant Kruger Xiaolon Luo Xiaolon Gretchen Mahler Michael Mak Srivalleesha Mallidi Mao Angelo McCallaStephanie Jyothi Menon Hui-sung Moon Ki-Hwan Nam Prabir Patra Jennifer Patterson Ryan Pearson Gangjian Qin Qiu Zhen Shreyas Rao Rao Smitha Jai Rudra Schmidtke David Seker Erkin SerpooshanVahid Shukla Vasudha Ankur Singh Barbara Smith Sun Yubing Gregory Szeto
Salman KhetaniSalman Forrest Kievit Brian Kim KimJinho YongTae Kim Christine King Grant Kruger Ashish Kulkarni Sandeep Kumar Anja Kunze Gabe Kwong Hyowon Hugh Lee Ian Limoli Francis Lin Jonathan Lovell Zhen Gu Zhen Guan Jianjun He Xiaoming Hood Lyle R. Renita Horton Huang Chiao Huang Greg Hudalla Soojung Hur Kamran Iqbal IrudayarajJoseph IversonNicole Jeffrey Jacot Jain Abhishek Jiang Jenny Ning KamatNeha Schilke Kate Stuart Cogan Derfogail Delcassian Amber Doiron Domenech Maribella Dreaden Erik Aida Ebrahimi Evon Ereifej FernandesRohan Alicia Fernandez- Fernandez Gallego-PerezDaniel GleghornJason GrantSheila Jordan Green Joshua Grolman Vinay AbhyankarVinay Ashutosh Agarwal Frank Alexis Allen Kyle BehkamBahareh Leon Bellan Bellas Evangelia Benoit Danielle Berdichevsky Yevgeny Corey Bishop Olivia Burnsed Chen Weiqiang J-C Chiao Childers Rachel Chung Ji Eun Nano and Micro Technologies Thank you to our Reviewers for their toThank our Reviewers Time you and Effort
John Wilson Zustiak Silviya Li Tang Michaelann Tartis Alice Tomei Rebecca Wachs Mary Staehle Stegemann Jan Steinbach-RankinsJill Tan Cheemeng Ankur Singh Neelamegham Sriram Sarah Stabenfeldt Samuel Senyo Samuel SharmaBlanka Anita Shukla SilvaEduardo Renata Ramos JaiRudra ScottEvan Seker Erkin Kristen Naegle Phelps Edward PlattManu Brian Plouffe Kent Leach Kent Mao Angelo Kristyn Masters Mary Beth Monroe Benjamin Keselowsky Christine King Grant Kruger Leach Jennie Nathaniel Huebsch Jaklenec Ana Chris Jewell Lance Kam Michael Gower Joshua Grolman Huang Chiao Huang Greg Hudalla Erik Dreaden Erik Colin Drummond Harvinder Gill Olivia Burnsed Childers Rachel Benjamin Cosgrove Deans Tara Handan AcarHandan Abhinav Acharya Allen Kyle AlsbergEben Drug Delivery Intelligentand Systems
Atlanta | BMES 2018
80 ABSTRACT REVIEWERS Thank you to our Reviewers for their Time and Effort
Tissue Jun Liao Sheila Grant Undergraduate Sandeep Kumar Wendy Liu Joshua Grolman Anja Kunze Engineering Maureen Lynch Teja Guda Research and Jungwoo Lee Rosalyn Abbott Michael Mak R. Lyle Hood Design Jun Liao Ashutosh Agarwal Angelo Mao Huang Chiao Huang Rosalyn Abbott David Long B. Rita Alevriadou Megan McCain Soojung Hur Vinay Abhyankar Yuan-Chiao Lu Daniel Alge Walter Murfee Kamran Iqbal Kagya Amoako Jason Luck Carolyn Bayer Grace O'Connell Jeffrey Jacot Deirdre Anderson Maureen Lynch Leon Bellan Brenda Ogle Abhishek Jain Casey Ankeny Angelo Mao Evangelia Bellas Edward Phelps Chris Jewell Reza Avaz Robert McKee Corey Bishop Jennifer Puetzer Alexey Kamenskiy Janet Barzilla A.J. Mellott Ashley Brown Marjan Rafat Schilke Kate Evangelia Bellas Jyothi Menon Tim Bruns Robert Sah Keigo Kawaji Vimala Bharadwaj Linsey Moyer Olivia Burnsed Blanka Sharma Jinho Kim Ashley Brown Stanley Ng Yupeng Chen Jason Shearn Christine King Olivia Burnsed David Oneill Rachel Childers Yunfei Shi Grant Kruger Patrick Cahan Kevin Otto Lesley Chow Jae-Won Shin Ethan Kung Daniel Cavanagh Madeleine Oudin Jeannine Coburn Ankur Singh Gabe Kwong Rachel Childers Jennifer Patterson Olivia Coiado Sarah Stabenfeldt Kaveh Laksari Jennifer Choi Robert Peattie Rhima Coleman Jan Stegemann Hyowon Hugh Lee Taylor Cohen Robert Pouliot Alonzo Cook Kelly Stevens Jun Liao Renee Cottle Guillem Pratx Renee Cottle Gregory Szeto Solorio Luis Kareen Coulombe Gangjian Qin Kareen Coulombe Alice Tomei Xiaolong Luo Sudip Dahal Zhen Qiu Sudip Dahal Mark Van Dyke Srivalleesha Mallidi Zachary Dooley Marjan Rafat Guohao Dai Omid Veiseh Angelo Mao Emma Dosmar Sahar Rahmani Eric Darling Leo Wan Stephanie McCalla LeAnn Dourte Segan Christopher Raub Warren David Kaiming Ye J. Lucas McKay Colin Drummond Renee Rogge Tara Deans Young-sup Yoon Prahlad Menon Courtney Dumont Mario Romero Ortega Maribella Domenech Hui-sung Moon Evon Ereifej Sarah Rooney Henry Donahue Translational Francesco Pasqualini Baowei Fei Bethany Rowson Tim Downing Biomedical Ryan Pearson Alicia Fernandez- Shuvo Roy Adam Feinberg Gangjian Qin Fernandez Nima Saeidi Matthew Fisher Engineering Zhen Qiu Ann Foley Robert Sah Bingmei Fu Kagya Amoako Elaheh Rahbar Ben Freedman Nathan Schiele Daniel Gallego-Perez Tamara Baynham Suhrud Rajguru Joan Greve Scott Sell Gargi Ghosh Muyinatu Bell Robert Rennaker II Joshua Grolman Vahid Serpooshan Ryan Gilbert Olivia Burnsed Shuvo Roy R. Lyle Hood Hisham Sherif Joshua Grolman Yupeng Chen Jai Rudra Aileen Huang-Saad Jill Steinbach-Rankins Teja Guda Rachel Childers Nima Saeidi Sinjae Hyun Joel Stitzel Xiaoming He Eun Ji Chung Robert Sah Jeffrey Jacot Joe Towles Ngan Huang Taylor Cohen Vahid Serpooshan Bin Jiang Jillian Urban Nathaniel Huebsch Olivia Coiado Blanka Sharma Curtis Johnson Sebastien Uzel Jeffrey Jacot Alonzo Cook Hisham Sherif Jangwook Jung Michael VanAuker Sabrina Jedlicka Renee Cottle Yan-Ting Shiu Jana Kainerstorfer Noe Vargas Jana Kainerstorfer Kareen Coulombe Barbara Smith Yonghyun (John) Kim Chuanlong Wang Salman Khetani Sudip Dahal Tong Sun Christine King Hongwu Wang Hyun Jung Kim Roche de Guzman Kenji Sunagawa Jon Klingensmith Catherine Whittington Jungkyu Kim Nzola De Magalhaes Gregory Szeto Grant Kruger Sangpil Yoon Yonghyun (John) Kim Tim Downing Lucas Timmins Kanchan Kulkarni YongTae Kim Erik Dreaden Jillian Urban Christine King Colin Drummond Mark Van Dyke Grant Kruger Steve Fening Omid Veiseh Kent Leach Bingmei Fu Rana Zakerzadeh Yan Li Daniel Gallego-Perez Chao Zhou
82 BMES 2018 | Atlanta OMNI HOTEL 83 BMES 2018 | Atlanta 100 CNNCenter Atlanta,100 GA 30303
| South Atrium Tower Terrace North Tower M2 International Ballroom M2 North Tower
Omni Atlanta Hotel at CNNCenter
North M3 Meeting Tower Level North Street M1 Tower Level
Atlanta | BMES 2018
82 GEORGIA WORLD CONGRESS CENTER Georgia World Congress Center 285 Andrew Young International Blvd. NW | Atlanta, GA 30313–1591
Level 3 Down One Level to Exhibit Hall A2 Registration, Exhibits and Posters
Andrew Young International Boulevard Entrance WELCOME RECEPTION Shuttle Buses
Sidney J. Marcus Auditorium A400
East Plaza Entrance
PLENARY SESSIONS
84 BMES 2018 | Atlanta Download the BMES 2018 Annual Meeting Mobile App! Navigate the event Like A Pro with the BMES 2018 mobile app, powered by Core-apps
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84 BMES 2018 | Atlanta
I
Cardiovascular/Flow Imaging Cardiovascular/Flow Room A314 Cardiovascular BiomechanicsCardiovascular in Mechanobiology I Immunomodulation and and Immunomodulation Immunomodulation Immunotherapy and A406 Room Lab-on-Chip Systems A405 Room Room A410 A406 Room Room A316 Probes and Signaling Room A403 ImmunoEngineering Room A404 EffectsMatrix Room A315 Implantable Devices II A305 Room Drug Delivery for Therapy Therapeutics,and Therapy Medicine Precision Room A312 Biomaterials of Biomechanics RoomA313 Mechanobiology in Room A315 A409Room Room A316 Engineering and Room A311 Regenerative Medicine Regenerative Cancer Immunoengineering Immunoengineering Cancer Micro/Nano Fluidic Micro/Nano Biomechanics Pedagogy Novel Drug Delivery for Imaging Cardiovascular/Flow New Hydrogel Methods Cardiovascular Biomechanics Matrix Effects Systems Approaches to Immunotherapy Hemostasis and Thrombosis Room A401 3:45 pm—5:15 pm Room A407 Biomaterials in of Biomaterials Room A313 Room A314
October 18, 2018 October 18, |
A316 Photoacoustic Imaging Photoacoustic Computational Modeling in Modeling Computational and Models Room A406 Room A403 Room A405 Room A410 Room A314 Room A316 the Cardiovascular System Drugs and Growth Factors Room A403 Motility Cell Cancer and Migration Room A404 MeasurementsSingle-cell Implantable Devices I A305 Room Topics in Drug Delivery and Models and Auditorium Marcus Sidney Room A315 Imaging Cancer Room for Biomedicine Room A311 Tumor Metastasis Tumor Tissues-on-Chip Human Performance Human Design in Innovation Cancer Mechanobiology II Room A407 Hydrogels II Room A312 Cancer Mechanobiology II Single-cell Measurements Room A407 Drugs and Growth Factors Cancer Imaging Cancer Cell Motility Migration and Room 404 Room A401 1:30 pm—3:001:30 pm 3D Printing II and Sports Biomechanics II Room A313 Room A314 Thursday Thursday |
Interventional Devices and Robotics Acid Detection and Cancer Models Cancer Room A311 Microfluidic and Microscale Microscale and Microfluidic Nanotechnologies for Nucleic for Nanotechnologies Human Performance Human Delivery Systems forDelivery Systems Room A407 Proteins and Vaccines Room A406 Cardiovascular Tissue Cardiovascular and Angiogenesis Extracellular Matrix Biomaterials and Room A315 Novel Optical Techniques Room A316 Cancer Mechanobiology I Room A314 Cell Signaling Cell Room A407 Hydrogels I Room A312 Cancer Mechanobiology I Analysis of Ultrasound Imaging Ultrasound Exosome Analysis Exosome Room A405 A305 Room Advances in Respiratory Drug Delivery & Tissue Engineering A409Room Room A302 Vascularization Engineered Room A401 Room A403 Cell Migration Room A404 Signaling Cell Analysis of and Devices Room A410 8:00 am—9:30 am 3D Printing I and Sports Biomechanics I Room A313 Room A314
Program At-A-Glance
Engineering
Atlanta |
INSTRUMENTATION Track sponsored by TECHNOLOGIES NANO AND MICRO AND NANO DRUG DELIVERY & INTELLIGENT SYSTEMS DEVICE TECHNOLOGIES & BIOMEDICAL ROBOTICS CELLULAR & MOLECULAR BIOENGINEERING
CARDIOVASCULAR ENGINEERING CANCER TECHNOLOGIES & ENGINEERING EDUCATION IMAGING BIOMEDICAL TRACK AND COMPUTATIONAL SYSTEMS BIOLOGY BMES 2018
BIOMEDICAL
BIOMECHANICS
BIOMATERIALS BIOINFORMATICS,
PROGRAM AT–A–GLANCE—THURSDAY
86 PROGRAM AT–A–GLANCE—FRIDAY 87 BMES 2018 | Atlanta DEBUT Winner Presentations Winner DEBUT Ceremony Award and Room A301 2:30pm—5:00pm Workshop on Biomedical Room A411 pm—5:15 pm4:15 Room A412A Neural, Vascular and Immuno Engineering Tissue Room A302 Room A303 Tissue Musculoskeletal Tissue Engineering Room A302 II Engineering Room A304 Models Preclinical Room A408 Room A412A Engineering II Engineering Room A304 BME Careers in Academia 3:00 pm—4:00 pm Neural, Vascular and Immuno and Agents and Engineering Novel Photoacoustic Imaging: Systems, Computation, Room A310 6th US-Korea Joint BMES BME Careers in Industry II 3:45 pm—5:15 pm of Regeneration and Repair Cord Spinal and Brain Musculoskeletal Tissue
October 18, 2018 October 18,
|
Room A402Room Session Panel Funding NIH Room A301 2:30pm—5:00pm Workshop on Biomedical Room A411 Room A412A 2:30 pm—4:00 pm and Therapeutics and Room A303 Tissue Musculoskeletal I Engineering Room A304 Engineering I Engineering Room A304 A409Room Biomanufacturing and Advanced Therapies Cell Stem of Translation Room A408 BME Careers in Industry I pm—3:15 pm 1:15 pm—2:451:30 pm Room A302 Neural Disease: Model Systems Respiratory Modeling & Mechanobiology Tissue Interfaces & Patterning and Human-MachineInterfaces and Soft Material-Enabled Electronics for Medicine, Healthcare, Room A310 6th US-Korea Joint BMES Engineering Rapid Resume Review— Only Members Exhibit Hall Career Zone 1:30 pm—3:001:30 pm Musculoskeletal Tissue Entrepreneur Workshop Thursday Thursday |
Marketing Yourself: Georgia State Room State Georgia 9:00 am—10:00 am Interventional Devices and Robotics A305 Room 8:00 am—10:00 am The Future of Bioelectronics: Room A302 Neural Device Interfaces Advances in Respiratory Drug Delivery & Tissue Engineering Engineering Tissue in Cells Stem Cardiovascular Tissue Engineering Materials, Processes Materials, and Applications Room A301 State-of-the-Art Immuno- Engineering and Future Opportunities Room A411 Single Cell Analysis and Tumor Heterogeneity Room A301 50th Anniversary Jeopardy Tips for a Successful Job Search Room A412A Room A408 BiofabricationTissue Therapies Cell and Room A304 Tech Transfer Challenge Innovation A402Room 8:00 am—9:30 am Room A303 Stem Cells in Tissue Engineering A409Room Room A408
Program At-A-Glance
Track sponsored by STUDENT AND CAREER EARLY ENGINEERING INDUSTRY ORTHOPEDIC AND TRACK NEURAL ENGINEERING TISSUE ENGINEERING TISSUE ENGINEERING RESPIRATORY ENGINEERING CELL STEM
OTHER
TRANSLATIONAL BIOMEDICAL
REHABILITATION BIOENGINEERING
Atlanta | BMES 2018
86 Responsive Drug Responsive
Diagnostic Technology for and Biomechanics: Mechanobiology II Mechanobiology Biomechanics: Room A410 Room A403 II Mechanobiology Biomechanics: Room A404 Settings Low-Resource the Microenvironment the RoomA313 Room A314 Room A410 ImmunoEngineering Room A305 Room Drug Delivery for Implants Delivery for Drug Neuroimaging, Neuromodulation Neuroimaging, Vascular Devices and Hemodynamics Cellular and Molecular Characterizing and Modeling Cellular and Molecular and Neurosurgery Vascular Devices Hemodynamics and Room A401 Delivery Systems Room A407 Room A401 Myocardial Tissue Engineering Room A314 Molecular and Cellular 3:30 pm—5:00 pm Room A311 Scaffolds II Room A312 Chips and Devices Cancer Mechanobiology Room A316 Cancer Mechanobiology
October 19, 2018 October 19, | Assistive Technologies Room A406 Room Room A410 Room A403 I Mechanobiology Biomechanics: II Part Bioengineering: Molecular Room A404 and Informatics Room A316 Room A407 I Mechanobiology Biomechanics: Room A314 Room A315 Sidney Marcus Auditorium Processing, Modeling Processing,
Biomaterials for Drug Delivery II Drug for Biomaterials Imaging Data Science, Processing, Science, Data Imaging Imaging in Systems Cardiovascular Cellular and Molecular Room A305 Sidney Marcus Auditorium Biomaterials for Drug Delivery I Cellular and Molecular Imaging Data Science, Modeling and Informatics Nanotechnologies for Drug and Nucleic Acid Delivery and Immunotherapy Room A401 Nanomedicines Photoresponsive Cancer for Immunotherapies and A405 Room Room A401 Vascular Tissue Engineering Room A314 Young Innovators of Cellular and 1:15 pm—2:451:15 pm Synthetic Biology, Cell Systems Related and Engineering, Technologies Scaffolds I Room A312 Biomaterials for Translational Applications Room A313 Mechanobiology of Cell Adhesion Room A316 Imaging in Cardiovascular Systems Precision Medicine in Cancer Friday |
Prosthetics and Exoskeletons Mechanobiology II Mechanobiology Sidney Marcus Auditorium Modeling and Analysis and Modeling
Room A305 Delivery I Drug for Biomaterials Sidney Marcus Auditorium Room A410 Cardiovascular Models Remodeling and Matrix Effects in Program Development & Assessment & Development Program A409Room and Strategies Imaging Biomaterials for Drug Delivery I Biomechanics of Rehabilitation OmicsData: Methods, Molecular Profiling
and Cellular of Innovators Young Molecular Bioengineering: Part I Room A404 Room A316 Profiling Molecular Room A401 Heart Valve Structure and Replacement Room A403 Optics and Spectroscopy in Blood and Cardiovascular Applications Room A316 Room A315 Engineering Multi-cellular Systems Room A302 Tissue Engineering Room A314 Matrix Effects in II Mechanobiology Room A315 Room A410 Optics and Spectroscopy in Blood and Cardiovascular Applications 8:00 am—9:30 am Room A407 Natural Biomaterial Room A312 Engineering the Stem Cell Microenvironment Room A408 Room A313 Biomechanics in Cell and Imaging Strategies and
Program At-A-Glance
Atlanta
| DRUG DELIVERY & INTELLIGENT SYSTEMS DEVICE TECHNOLOGIES DEVICE BIOMEDICALAND ROBOTICS CELLULAR & MOLECULAR CARDIOVASCULAR CANCER TECHNOLOGIES CANCER AND INSTRUMENTATION AND ENGINEERING EDUCATION ENGINEERING IMAGING BIOMEDICAL Track sponsored by TRACK AND COMPUTATIONAL BMES 2018
BIOENGINEERING
ENGINEERING
BIOMEDICAL
BIOMECHANICS
BIOMATERIALS
BIOINFORMATICS,
PROGRAM AT–A–GLANCE—FRIDAY
88 PROGRAM AT–A–GLANCE—SATURDAY 89 BMES 2018 |
Atlanta in Tissue Engineering in Innovation Program Innovation Room A405 Room Stem/Progenitor Neural Spine and Intervertebral Disc Online and in Person in and Online Room A315 Room A403 Room A315 Workshop Part III: 3:30 pm—5:00 pm and Neuroscience and A406 Room Room A304 Cells Stem and Development Biology Development Advanced Biomanufacturing Advanced Room A302 Networking Effectively StructureFunction Physical Science Oncology BMES Graduate Medical Archetype(s) Student Defining Room A310 Room A412A Cell Engineering Cell Myocardial Tissue Engineering Stem and Biology Development Tissue Engineering in Cells Networking Physical Science Room A411 of Annals Athanasiou Biomedical Engineering Session Award Student Room A409 3:30 pm—5:00 pm Micro and Nano-Technologies for Cellular Analysis Chips and Devices RoomA313 Room A303 NeuromodulationNeuroimaging, Neurosurgeryand Room A316 Nano-Technologies and Micro and Analysis Cellular for Neuroscience A406 Room Stem/Progenitor Neural Engineering Cell Room A408 Engineering Tissue in Room A408 Networking Oncology Relationships in Nanomedicine Neural Decoding and Control
October 19, 2018 October 19,
| Engineering III Engineering to Health Care Disparities Care Health to Room A405 Room Musculoskeletal Tissue Room A412A Student Undergraduate BMES Room A408 Room A403 A402Room Room A409 Immunotherapy A406 Room III Engineering Room A302 Differentiation Using Controlling Stem Cell Controlling Stem Musculoskeletal Tissue Musculoskeletal Room A302 1:00 pm—2:30 pm pm—2:301:30 pm BME Entrepreneurial Careers Photoresponsive Nanomedicines Photoresponsive BMES-NSF Special Session Engineering Solutions 1:45 pm—3:15 pm BMES Student Chapter: CompetitionDesign Room A310 2:30 pm—4:00 pm Rapid Resume Review— Only Members Exhibit Hall Career Zone Vascular Tissue Engineering Spotlight Innovators Clinical on CAREER and Awards UNSOLICITED Room A301 Biomanufacturing Advanced Session II: Advanced Cell Biomanufacturing Room A311 1:15 pm—2:451:15 pm Nanotechnologies for Drug and Nucleic Acid Delivery and Room A303 Tendon and Muscle Room A304 Technologies Novel and Immunotherapies for Cancer Neural Cell Model Systems Friday |
Prosthetics and Exoskeletons Cartilage Osteoarthritis and 8:00 am—10:30 am BMES Student Chapter: 8:00 am—9:00 am am9:00 am—10:15 Room A305 Room A304 Multi-cellular Engineering Systems Room A302 Nanotechnologies for Nanotechnologies Systems Thinking in the
AAA-BMES Symposium: the Imaging and Engineering Stem Cell Niche for Regeneration Guided Room A411 Chapter Best Practices Room A310 9:00 am—10:00 am The Path to Graduate School Room A412A Biomechanics in Cell and Tissue Engineering Room A314 Development Product Implications based on FDA Medical Device Classification A402Room Skillsets Engineering Connecting with Professional Achievement Advancement and A402Room Education of Biomedical Students Engineering Room A301 Biomanufacturing Advanced Session I: Advanced Tissue Biofabrication Room A311 Cell Stem the Engineering Microenvironment Room A408 8:00 am—9:30 am A405 Room Molecular Sensors and Nanodevices for Diagnostics Room A406 Room A303 Medical Applications Neuromodulation
Program At-A-Glance
Track sponsored by STUDENT AND EARLY CAREER OTHER TISSUE ENGINEERING TISSUE STEM CELL STEM ORTHOPEDIC AND ORTHOPEDIC REHABILITATION ENGINEERING NEURAL ENGINEERING TRACK AND NANO TECHNOLOGIES MICRO
INDUSTRY
ENGINEERING
Atlanta | BMES 2018
88 Molecular Biology Molecular and Monitoring and Room A316 Room A311 Room A410 Electrophysiology Room A401 Micro/Nano Tools in Cancer Drug Delivery II Room A311 Biomaterials Delivering Drug Room A407 Systems Biology of Biology Systems Infectious Disease Room A304 Room A407 Injury Biomechanics II Biomechanics Injury Drug Delivering Biomaterials Delivering Drug MRI II Room A315 Cardiovascular Advances in Sensing Technology Imaging and A305 Room Tumor Microenvironment Room A404 3:15 pm—4:453:15 pm Room A313 Detection, Therapy Sensing in Advances Technology Imaging and Room A305 Cancer Drug Delivery II
October 2018 20, |
Systems Contrast Agents Room A316 Room A311 Regeneration and Room A401 Multi-CellularEngineering Room A311 Computational Modeling of Cancer Room A304 Biomechanics in Modeling BiomechanicsNeuromuscular Immunoengineering II Immunoengineering Injury Biomechanics I Biomechanics Injury Biomaterials for Biomaterials MRI I Room A315 Cells Stem Cardiovascular Wearable and Implantable Technology Sensor A305 Room Cancer Drug Delivery I and Translation Room A412 Drug Delivery and Immunodulation Room A410 Responsive or Targeted Delivery Systems Room A407 Drug Delivery and Immunodulation Room A410 Computational Modeling of Cancer Room A304 Room A404 Device Applications 1:30 pm—3:001:30 pm Room A312 Room A313 Multiscale and Computational Room A314 Traumatic Brain Injury and Biomechanics Room A303 Theranostic and Imaging and Technologies Imaging Image-GuidedTherapies Room A406 Cancer Drug Delivery I
Saturday |
Biomechanics: Mechanobiology Biomechanics: Immunoengineering I Immunoengineering Brain Injury BiomechanicsInjury Brain Biomaterials for Biomaterials Room A305 Room Nanoparticles for Drug Delivery Cardiovascular Mechanobiology Cardiovascular Room A401 Room A403 Cellular and Molecular Point of Care: Enabling Applications and Technology Evidence-based Pedagogy Evidence-based A409Room Fluorescence Room A315 and Genetic Engineering Genetic and Micro/Nano Tools Room A406 Room A407 Pathways in Cancer Room A410 Valvular and Vascular Computational Modeling Room A404 Interventional Devices and Room A404 Imaging in Neuroscience Room A316 8:00 am—9:30 am Room A312 Sidney Marcus Auditorium Mechanics Biofluid Room A314 Biomechanics in Cell and Engineering Tissue Room A302 MechanobiologyCardiovascular Room A401 Molecular and Cellular Mechanobiology Biomechanics: Physical and Biochemical
Program At-A-Glance
Atlanta | DRUG DELIVERY & INTELLIGENT SYSTEMS DEVICE TECHNOLOGIES DEVICE BIOMEDICALAND CELLULAR & MOLECULAR CARDIOVASCULAR CANCER TECHNOLOGIES CANCER BIOMEDICAL IMAGING BIOMEDICAL INSTRUMENTATION AND BIOMEDICAL EDUCATION ENGINEERING BIOMECHANICS Track sponsored by TRACK BIOINFORMATICS, AND COMPUTATIONAL SYSTEMS BIOLOGY BMES 2018
ROBOTICS BIOENGINEERING ENGINEERING
BIOMATERIALS
PROGRAM AT–A–GLANCE—SATURDAY
90 SCHEDULE AT–A–GLANCE 91 BMES 2018 | Atlanta Undergraduate Research Undergraduate Immunomodulation in Immunomodulation Room A408 Micro/Nano Tools in Room A404 Engineering Neural Room A303 Tissue Engineering Molecular Biology Immunoengineering and Immunoengineering & Design III Engineering II Engineering 3:15 pm—4:453:15 pm Nanotechnologies for and Health Global Infectious Diseases Room A405 Micro/Nano Tools in Engineering Neural Room A303 Tissue Engineering II Room A312 Room A302 Printing and Patterning in Tissues Room A314 Tissue in Cells Stem Room A312 Stem Cells in Micro/Nano Tools in
October 2018 20, |
Undergraduate Research Undergraduate Systems Image-Guided Therapies Room A408 Room A302 and Biomechanics Room A303 Regenerative Medicine II Organ-on-Chip for Engineering Multi-Cellular Engineering Room A404 Imaging Technologies and & Design II A406 Room Device Applications and Translation Room A412 1:30 pm—3:001:30 pm Micro and Nano-Fluidic Bioinspired and Engineering Nano Devices Room A403 Micro/Nano Tools for Cell Sorting, Diagnosis Detectionand Disease Room A405 BiomechanicsNeuromuscular and Regeneration Room A401 Organ-on-Chip for Regenerative Medicine I Room A302 Cardiovascular Stem Cells Traumatic Brain Injury Saturday |
Micro/Nano Tools Regenerative Medicine I Organ-on-Chip for Undergraduate Research Undergraduate & Design I Engineering II Engineering Room A313 Tissue Musculoskeletal II Engineering Room A313 Interventional Devices and Room A405 Room Tissue Musculoskeletal Application of Dimensional Two Room A406 Room Room A408 Healthcare in Materials Room A310 the in Advancement Scientific Biomechanics of Prosthetic Heart Valves Room A311 BMES-NSF Special Session on Fellowships Research Graduate Program Room A301 Neural Applications Room A303 Biomechanics in Cell and Tissue Engineering Room A302 Organ-on-Chip for I Medicine Regenerative Room A405 8:00 am—9:30 am Room A316 Stem/Progenitor Cells for Applications Neural Room A303 Stem/Progenitor Cells for Imaging in Neuroscience
Program At-A-Glance
RESEARCH & DESIGN BIOMEDICAL ENGINEERINGBIOMEDICAL STEM CELL ENGINEERING CELL STEM ENGINEERING TISSUE Track sponsored by ORTHOPEDIC AND NEURAL ENGINEERING TRACK MICRO AND NANO
OTHER UNDERGRADUATE TRANSLATIONAL
REHABILITATION ENGINEERING
TECHNOLOGIES
Atlanta | BMES 2018
90
SPECIAL SESSIONS SPECIAL COMMITTEE MEETINGS GWCC, A402 GWCC, Leave from GWCC GWCC, A411 Omni, Magnolia Room Magnolia Omni, Omni, Intl. Ballroom ABC GWCC, A310 GWCC, GWCC, A301 GWCC, A310 Omni, Intl. Ballroom F GWCC, Georgia State Room GWCC, A301 GWCC, Georgia State Room State Georgia GWCC, GWCC, Exhibit Hall A1–3 GWCC, Executive Board Room GWCC, Exhibit Hall GWCC, A412A GWCC, Levels 3 & 4 19 concurrent sessions 19 GWCC, Sidney Marcus GWCC, A411 GWCC, A402A concurrent sessions20 GWCC, A412A GWCC, Exhibit Hall GWCC, A308B GWCC, A309 GWCC, A306 GWCC, A412A GWCC, Exhibit Hall A1-3 GWCC, Exhibit Hall GWCC, Exhibit Hall GWCC, A308A Omni, Pecan Foyer GWCC, A308A Omni, Dogwood AB Room AB Dogwood Omni, GWCC, A411 GWCC,
(preregistration required) (preregistration (ticket purchase required) purchase (ticket
Auditorium
POSTERS
(ticket purchase required) purchase (ticket SPECIAL EVENTS
(invitation only) (invitation (by invitation only) (by
Omni = Omni Atlanta Hotel at CNN Center CNN Atlanta Hotel at Omni = Omni • (invitation only) (invitation OCTOBER 17, 2018 OCTOBER 17, OCTOBER 18, 2018 OCTOBER 18, |
Koch Institute for Integrative —affiliate event
| (ticket purchase required) purchase (ticket
Thurs-2 Thurs-1 : :
: Entrepreneur Workshop Entrepreneur : : Tech Transfer Innovation Challenge Innovation Transfer Tech : Department University Bioengineering, Illinois of of (by invitation) (by (preregistration required) (preregistration Black Women in Biomedical Engineering: Biomedical in Women Black BMES Student Chapter Development Event
: NIH Funding Panel Session : Soft Material-Enabled Electronics for : Single Cell Analysis and Tumor Heterogeneity Tumor Analysis and Cell Single : : 50th Anniversary Jeopardy : The Future of Bioelectronics: State-of-the-Art: ImmunoEngineering Schedule At-A-Glance Schedule EXHIBITS (invitation only) (invitation
THURSDAY PLATFORM SESSION PLATFORM SESSION: WEDNESDAY Paula Hammond, PhD, PhD, Hammond, Paula : Mentoring for INnovative Design Solutions Design INnovative for Mentoring : Registration Georgia Tours Tech SESSION: SPECIAL SuccessfulAdvancement Career and Healthy Lessons for Meet the Faculty Candidates SESSION: SPECIAL Tips for First-time Student and Early Career Attendees Welcome Reception VIP Reception Council of Chairs Dinner & Meeting BMES Board of Directors Meeting Speaker: Massachusetts Research Cancer Institute Technology of Lunch on Own AEMB Workshop (MINDS) SESSION INDUSTRY SESSIONS PLATFORM BME Careers in Industry I SESSION SPECIAL SESSION SPECIAL Human-Machine Interfaces and Healthcare, Medicine, SPECIAL SESSION SPECIAL SESSION INDUSTRY POSTER SESSION POSTER VIEWING WITH AUTHORS & Refreshment Break BMES Ethics Subcommittee Meeting PLENARY SESSION: State of the Society by BMES President, Lori Setton, PhD & Pritzker Distinguished Lecture, PhD Bashir, Rashid LUNCHEON BME IN MINORITIES OF CELEBRATION Industry Committee Planning Meeting Registration INDUSTRY Industry of Presidents Council Chapter BMES Diversity Committee Meeting BMES National Meetings Committee Meeting SESSIONS PLATFORM SESSION SPECIAL SESSION SPECIAL Applications and Processes Materials, SESSION SPECIAL Opportunities Future and BMES Student Affairs Committee Meeting Marketing Yourself: Tips forSuccessful a Job Search Exhibit HallOpen LGBT & Friends Dessert Social GWCC = Georgia World Congress Center Center Congress World = Georgia GWCC
Atlanta | PLENARY SESSION PLENARY STUDENT/EARLY CAREER 1:30 pm1:30 — 3:00 pm 1:00 pm1:00 — 3:00 pm pm1:15 — pm 3:15 pm1:30 — 3:00 pm pm1:30 —2:45 pm pm1:30 — 3:00 pm 7:00 pm7:00 —10:30 pm 7:30 pm7:30 — 8:30 pm am7:00 — 6:00 pm am7:00 — 8:00 am am7:00 — 8:00 am 5:30 pm —7:30 pm 3:00 pm — 5:00 pm 3:30 pm — 5:30 pm 3:30 pm — 5:00 pm 4:00 pm — 5:00 pm 2:00 pm — 5:00 pm 9:30 am — 5:00 pm 9:30 am am —10:15 9:30 am —10:30 am 9:00 am —10:00 am 9:30 am — 5:00 pm 6:00 pm —7:00 pm 8:30 am — 4:30 pm 8:30 am —9:30 am 8:00 am —9:30 am 8:00 am —9:30 am 8:00 am —9:30 am 8:00 am —9:30 am 8:00 am —9:30 am 8:00 am —9:30 am 8:00 am —10:00 am 8:00 pm —9:00 pm 11:45 am11:45 pm —1:15 am11:45 pm —1:15 12:00 noon12:00 —7:00 pm 10:15 am10:15 am —11:30 BMES 2018
SCHEDULE AT–A–GLANCE
92 SCHEDULE AT–A–GLANCE 93
BMES 2018 |
Atlanta
SPECIAL SESSIONS SPECIAL COMMITTEE MEETINGS GWCC, Georgia State Room GWCC, A311 GWCC, A409 GWCC, A301 GWCC, A411 A311 GWCC, GWCC, A310 GWCC, GWCC, A301 GWCC, Exhibit Hall A1-3 GWCC, Exhibit Hall GWCC, Exhibit Hall concurrent sessions 18 GWCC, Sidney Marcus GWCC 19 concurrent sessions 19 GWCC, A310 GWCC, A412A GWCC–Exhibit Hall Career Zone Career Hall GWCC–Exhibit GWCC, A411 GWCC, Exhibit Hall GWCC, A412A GWCC, A308A GWCC, Sidney Marcus Auditorium Omni GWCC, Exhibit Hall A1-3 GWCC, A308B GWCC, A309 GWCC, A308A GWCC, A412A GWCC, Georgia State Room State Georgia GWCC, 19 concurrent sessions concurrent 19 GWCC, A402 GWCC, A402 GWCC, GWCC, A402 GWCC, Georgia State Room Auditorium
(continued)
POSTERS (affiliate event) SPECIAL EVENTS
Omni = Omni Atlanta Hotel at CNN Center CNN Atlanta Hotel at Omni = Omni • California Institute of Technology
affiliate event) Robot Caregivers and Robot (ticket purchase required) purchase (ticket (
Duke University
OCTOBER 19, 2018 OCTOBER 19,
| OCTOBER 18, 2018 2018 OCTOBER 18,
|
Clinical Innovators Spotlight Connecting Skillsets Engineering
Engineering Solutions to Health Care Disparities AAA-BMES Symposium: BiomanufacturingAdvanced I: Session SystemsThinking in the Education of Novel Photoacoustic Imaging: Novel NIBIB DEBUT Presentations and Awards Session
Schedule At-A-Glance Schedule EXHIBITS FRIDAY PLATFORM SESSION PLATFORM SESSION: SESSION: SESSION: SESSION: SESSION: Jennifer West, PhD, West, Jennifer
Intellectual Property Management, Annual Grand Meeting Grand Annual THURSDAY POSTER VIEWING WITH AUTHORS & Refreshment Break PLENARY SESSION/Design & Research Awards/Journal Awards NIBIB Lecture: Lihong Wang, PhD, Lunch on Own LUNCHEON BME IN WOMEN Speaker: INDUSTRY AEMB: From Conception to Production and How to Protect It Fri-2 SESSIONS: PLATFORM SESSION: SPECIAL Tissue Biofabrication Biomanufacturing Advanced Advanced II: Session SESSION: SPECIAL INDUSTRY Advancement and Achievement Professional with Exhibit Hall Open POSTER SESSION Biomedical Engineering Students Engineering Biomedical SESSION: SPECIAL Regeneration Guided for Niche Cell Stem the Imaging and Engineering SESSION: SPECIAL Manufacturing Cell Advanced BMES Student Chapter: Chapter Best Practices The Path to Graduate School AEMB Annual Ethics Session: Engineers for Challenges Ethical Care: Health Diversity Award Lecture, Anjelica L. Gonzalez, PhD, School of Engineering and Applied Science, University Yale & BMES Fellows INDUSTRY Product Development based on FDA Medical Device Classification BMES Annual 2019 Meeting Planning Committee Meeting BMES International Committee Meeting Fri-1 SESSIONS: PLATFORM SESSION: SPECIAL Rapid Resume Review: Members Only SESSION: SPECIAL 6th US-Korea Joint BMES Workshop on Biomedical Engineering POSTER VIEWING WITH AUTHORS & Refreshment Break BME Careers in Academia Thurs-3 SESSIONS: PLATFORM SESSION: SPECIAL Systems, Computation, and Agents SESSION: SPECIAL AEMB: BME Careers in Industry II Coulter College Steering Committee Meeting PLENARY SESSION: University Hosted Receptions Registration BMES Education Committee Meeting GWCC = Georgia World Congress Center Center Congress World = Georgia GWCC
PLENARY SESSION PLENARY
STUDENT/EARLY CAREER 1:15 pm1:15 —2:45 pm pm1:15 —2:45 pm pm1:15 —2:45 pm 1:00 pm1:00 —2:30 pm pm1:00 —2:30 pm 7:00 am7:00 — 6:00 pm am7:00 — 8:00 am 5:30 pm — 6:30 pm 3:00 pm — 3:45 pm 3:00 pm — 4:00 pm 3:45 pm — pm 5:15 3:45 pm — pm 5:15 3:45 pm — pm 5:15 4:00 pm — 5:30 pm pm4:15 — pm 5:15 4:30 pm — 5:30 pm 9:30 am am —10:15 9:00 am am —10:15 9:30 am — 5:00 pm 9:30 am — 5:00 pm 9:00 am —10:00 am 9:00 am am —10:15 2:30 pm — 4:00 pm 2:30 pm — 5:00 pm 8:00 am —9:30 am 8:00 am —10:30 am 8:00 am —9:00 am 8:00 am —9:30 am 8:00 am —9:00 am 8:00 am —9:30 am 8:00 am —9:30 am 8:00 am —9:30 am 8:00 pm —10:00 pm 11:15 am —1:0011:15 pm am11:30 —1:00 pm 10:15 am am 10:15 —11:15
Atlanta | BMES 2018
92
s
SPECIAL SESSIONS SPECIAL COMMITTEE MEETINGS Room A301 Room A310 GWCC, GWCC, A411 A301 Room GWCC, A310 GWCC, A311 GWCC, A409 GWCC, 18 concurrent sessions concurrent 18 GWCC, A408 concurrent sessions 17 GWCC, A408 GWCC, Exhibit Hall A1-3 concurrent sessions 17 GWCC, A408 GWCC, A304 GWCC, Exhibit Hall A1-3 GWCC, Exhibit Hall GWCC, Exhibit Hall GWCC, Sidney Marcus concurrent session 18 GWCC, A310 Zone Career Hall GWCC–Exhibit GWCC, Exhibit Hall GWCC, A308A GWCC, A308B GWCC, A412A GWCC, Sidney Marcus Auditorium Omni GWCC, Murphy Ballroom Omni, HickoryOmni, Room Omni, ChestnutOmni, Room STATS Brewpub GWCC, A310 GWCC, GWCC, A412A GWCC,
(invitation only) (invitation (continued)
(invitation only) (invitation
POSTERS
SPECIAL EVENTS Auditorium
Omni = Omni Atlanta Hotel at CNN Center CNN Atlanta Hotel at Omni = Omni
• OCTOBER 2018 20, (preregistration required) (preregistration
|
(preregistration required) (preregistration
OCTOBER 19, 2018 2018 OCTOBER 19, | New Enterprise Associates, Inc nternational Collaborationnternational I Scientific Advancement inthe Physical Science Oncology Networking Athanasiou Annals of Biomedical of Annals Athanasiou Innovation Medical Graduate BMES BMES–NSF Graduate Session on Application Dimensional of Two BMES–NSFCAREER on Session Schedule At-A-Glance Schedule EXHIBITS (ticket purchase required) purchase (ticket
SATURDAY PLATFORM SESSION PLATFORM FRIDAY FRIDAY Reception for Current ABET/BMES Program Evaluators Program ABET/BMES Current for Reception Lunch on Own PLATFORM SESSIONS: Sat -2 Undergraduate Research & Design Orals #2 SESSION: SPECIAL Education Engineering Biomedical in Sat-3 SESSION: PLATFORM Undergraduate Research & Design Orals #3 Industry Mixer Registration Sat-1 SESSIONS: PLATFORM Undergraduate Research & Design Orals #1 SESSION: SPECIAL Program Fellowships Research SESSION: SPECIAL Healthcare in Materials SESSION: SPECIAL Prosthetic HeartBiomechanics of Valves ABioM SIG Meeting Exhibit Hall Open POSTER SESSION POSTER VIEWING WITH AUTHORS & Refreshment Break PLENARY SESSION: Rita Schaffer Young Investigator Lecture and BMES Mid-Career Award Lecture SPECIAL SESSION: SESSION: SPECIAL Awards SESSION/Chapter PLENARY Wallace H. Coulter Award for Healthcare Innovation: Josh Makower, MD, University Hosted Receptions Physical Science Oncology Networking Reception BMES DESSERT BASH SPECIAL SESSION: SPECIAL Awards UNSOLICITED and BMES Student Chapter: BMES Undergraduate Competition Design Student Rapid Resume Review: Members Only POSTER VIEWING WITH AUTHORS & Refreshment Break BMES Membership Committee Meeting Design Competition Judges Meeting Networking Effectively Online and in Person Fri-3 SESSIONS: PLATFORM SESSION: SPECIAL Session Award Student Engineering SESSION: SPECIAL Program Workshop Part III: Defining Student Archetype(s) BME Entrepreneurial Careers Entrepreneurial BME GWCC = Georgia World Congress Center Center Congress World = Georgia GWCC
Atlanta | PLENARY SESSION PLENARY STUDENT/EARLY CAREER 1:30 pm1:30 — 3:00 pm pm1:30 — 3:00 pm pm1:30 — 3:00 pm 1:45 pm1:45 — pm 3:15 1:30 pm—2:301:30 pm pm1:30 — 4:30 pm 7:00 am7:00 —2:00 pm 7:00 pm—7:00 pm 8:30 5:15 pm5:15 — pm 6:15 3:15 pm3:15 — 4:45 pm pm3:15 — 4:45 pm 3:30 pm — 5:00 pm 3:30 pm — 5:00 pm 3:00 pm — 4:00 pm 3:30 pm — 4:30 pm 3:30 pm — 5:00 pm 3:30 pm — 5:00 pm 3:30 pm — 5:00 pm 9:30 am —10:30 am 9:30 am —1:30 pm 9:30 am —1:00 pm 2:45 pm — 3:30 pm 2:30 pm — 4:00 pm 8:00 am —9:30 am 8:00 am —9:30 am 8:00 am —9:30 am 8:00 am —9:30 am 8:00 am —9:30 am 6:30 pm — 8:30 pm pm—6:30 pm 8:30 6:30 pm — 8:30 pm 8:30 pm —10:30 pm 8:00 am —9:30 am 11:45 am11:45 pm —1:15 10:30 am10:30 am —11:45 BMES 2018
SCHEDULE AT–A–GLANCE 94