Symposium Sessions | ||
Tuesday May 15 | ||
1:30 | The Future of Drug & Gene Delivery: Panel Discussion | |
3:15 | MedDevices Innovation Spotlights: Medtronic, GE | |
Wednesday May 16 | ||
8:30 | Characterizing Soft/Bio Materials | |
10:30 | Biomaterials | |
1:30 | Biological Scaffolds | |
3:30 | Biomaterials: Posters | |
Symposium Program | ||
Tuesday May 15 | ||
1:30 | The Future of Drug & Gene Delivery: Panel Discussion | 253 A |
Session chair: Thomas Anchordoquy, University of Colorado, US: Steven Zullo, NIBIB/NIH, US | ||
F.C. Szoka, ZoneOne Pharma, US | ||
M. Scully, National Cancer Institute, US | ||
P. Anastasiadis, University of Maryland School of Medicine, US | ||
S. Jiang, University of Washington, US | ||
R.K. Prud'homme, Princeton University, US | ||
A. Patri, U.S. Food and Drug Administration, US | ||
T. Anchordoquy, University of Colorado School of Pharmacy, US | ||
3:15 | MedDevices Innovation Spotlights: Medtronic, GE | 254 B |
Session chair: Anthony Gonzales, Biocom, US | ||
3:15 | Medtronic Innovation Spotlight K. Chaffin, Medtronic, US | |
3:30 | GE Innovation Spotlight L. Tsakalakos, GE Global Research, US | |
3:45 | Microdevice for Cell Separation Based on Activation Phenotype C. Smith, Texas Tech University, US | |
3:52 | Urea Electrolysis as a Medical Devices Platform G. Botte, Ohio University - Center for Electrochemical Engineering Research, US | |
3:59 | 3D Printing Embedded Nanofibers with an Automated On-the-fly Manual Pull Post-drawing System D. Jao, Rowan University, US | |
4:06 | Bioprinting of Hybrid Tissue Engineering Constructs S. Elrod, Stanford Office of Technology Licensing, US | |
4:13 | A transparent, stretchable, wearable sensor A. Hunter, RMIT, AU | |
4:20 | Contact Lens with Transparent Biosensor Array D. Dickson, Oregon State University, US | |
4:27 | 3D Printed Meta-material Tissue-Mimicking Phantoms A. Harrison, Georgia Tech, US | |
4:34 | Surface-Tethered Antimicrobial Peptides L. Lozeau, AMProtection, LLC, US | |
4:41 | Medtronic & GE Q&A | |
Wednesday May 16 | ||
8:30 | Characterizing Soft/Bio Materials | 251 C |
Session chair: Dalia Yablon, SurfaceChar LLC, US | ||
8:30 | Nanocharacterization of Exosomes (invited presentation) J. Gimzewski, University of California, Los Angeles, US | |
8:55 | The developments of a Helium Acoustic Levitation Environment for time resolved XFEL experiments E.R. Dye, R.H. Morris, M.I. Newton, D. Axford, P. Aller, A.M. Orville, P.T. Docker, Nottingham Trent University, UK | |
9:15 | Abrasive scanning with AFM on biocompatible polymers: measuring dry vs. swollen film thickness and probing properties G. Haugstad, K. Wormuth, University of Minnesota, US | |
9:35 | Nano-JKR Method Eliminates Adhesion Errors in Nanoindentation of Compliant Polymers and Hydrogels D.M. Ebenstein, Bucknell University, US | |
9:55 | Thorough Characterization of Liposomes by Complementary Light and X-Ray Scattering Techniques R. Ragheb, J. Bolze, G. Taylor, N. Tamaddoni, D. Griffiths, U. Nobbmann, Malvern Panalytical, US | |
10:30 | Biomaterials | 262 C |
Session chair: Thomas E. Twardowski, Twardowski Scientific, US | ||
10:30 | Design of Smart Polymeric Nanomedicines (invited presentation) J. Kopeček, J. Yang, University of Utah, US | |
10:55 | Rebirth of Bone Mineral in Biomedicine: From an Antibiotic Alternative to Targeted Anticancer Therapies (invited presentation) V. Uskokovic, The University of Illinois at Chicago, US | |
11:20 | Amphiphilic Lipid-Substituted Cationic Polymers for Delivery of Gene Medicines (invited presentation) H. Uludag, University of Alberta, CA | |
11:45 | Examination of the osteoconductive, antibiofilm & biomechanical properties of a PEEK-ZEOLITE composite biomaterial for intervertebral spine fusion surgery S. Sankar, D.W. Johns, J.J. Crudden, Difusion Technology Inc., US | |
1:30 | Biological Scaffolds | 262 C |
Session chair: Hasan Uludag, University of Alberta, Canada; Thomas E. Twardowski, Twardowski Scientific, US | ||
1:30 | Bioprinting is shaping the future of medicine (invited presentation) S. Wadsworth, Aspect Biosystems Ltd., CA | |
1:55 | Surface Modification and Characterization of Polylactic Acid (PLA) 3D printed structures for Cell culture applications. P. Pokharna, M. Ghantasala, E. Rozhkova, Western Michigan University, US | |
2:15 | 3D Printed Venous Valves, Biocompatibility and Functionality B. Holmes, H. Asfour, P. Koti, N. Muselimyan, N. Sarvazyan, Nanochon LLC, George Washington University, US | |
2:35 | Hydrogel-based scaffolds for tissue engineering S. Joshi, S.R. Singh, Alabama State University, US | |
2:55 | Functional Multi-layered Bio-scaffold by 3D printed and Electro spun biodegradable materials H.W. Choi, Keimyung University, KR | |
3:15 | Nanoengineered Biomaterials for Cardiac Tissue Repair K. Hosoyama, M. Ahumada, M. Ruel, E. Suuronen, E.I. Alarcon, University of Ottawa Heart Institute & University of Ottawa, CA | |
3:30 | Biomaterials: Posters | 2nd Floor |
Microwave-assisted synthesis of bioabsorbable nanoparticles to be used as reinforcement of PLGA in biomedical applications G.J. Colmenares, M.E. Ramírez, I.C. Ortiz, L.M. Hoyos, Universidad Pontificia Bolivariana, CO | ||
Electrospinning of collagen with nanocapsules of PLGA for delivery of paclitaxel in drug-eluting stents L.M. Agudelo, J.A.C. Cornelio, L.F. Rodriguez, I.C. Ortiz, L.M. Hoyos, G.J. Colmenares, Universidad Pontificia Bolivariana, CO | ||
Engineered nanofibers induces angiogenesis S.Y. Yoo, Bio-IT Foundry Technology Institute, KR | ||
A novel approach to prevent and treat cancer Y. Karpe, Rowan University, US | ||
Development of Coating Technology for Force-Feedback Application of Minimally Invasive Surgery W-C Kuo, W. Wu, T. Chien, H. Hu, Y. Chong, National Kaohsiung First University of Science and Technology, TW | ||
Novel Biodegradable and Non-biodegradable 3D Printed Implants as a Drug Delivery System S.I. Ranganathan, T.W.B. Kim, Rowan University, US | ||
Polymerized Prodrugs of Bioenergy Molecules as Multifunctional Pharmaceutical Adjuvants in Drug Delivery and Cell-Survival Therapeutics H. Cho, H. C. Kang, The Catholic University of Korea, KR | ||
Novel Self-Patented Gold Nanoparticles for Antimicrobial Applications J. Payne, R. Dakshinamurthy, Austin Peay State University, US | ||
Hydrogel Films with CNT for biosensing applications V. Paloma, C. Jorge, E. Rodolfo, Iberoamericana University, MX | ||
Computation-assisted nanopore detection of uranyl ions G.M Roozbahani, X. Chen, Y. Zhang, X. Guan, Illinois Institute of Technology, US | ||
Nanoengineered Surface Modified Corneal Implants for M. Ahumada, Z. Khatoon, E. Suuronen, I. Brunnete, M. Griffith, E.I. Alarcon, University of Ottawa Heart Institute & University of Ottawa, CA | ||
Bioextraction technologies for bioplastic and biomass hydrolysates production M.H.A. Ibrahim, E. Hall, Bioextrax AB, SE | ||
The Effect of Density and Tether Length on the Cytotoxic and Antimcirobial Mechanisms of Surface-Tethered Peptide, Chrysophsin-1 L.D. Lozeau, T.E. Alexander, Z. Lipsky, T.A. Camesano, AMProtection LLC, US | ||
Reflectin as a Material for Neural Stem Cell Growth R. Kautz, L. Phan, J. Arulmoli, M.M. Pathak, L.A. Flanagan, F. Tombola, A.A. Gorodetsky, University of California, Irvine, US | ||
Biomaterials, natural or synthetic materials that interact with biological systems to repair or treat natural body tissues, are designed with the most complex performance requirements and the strictest regulations. These challenges, and the opportunities offered by a worldwide market estimated to be worth 130.57 Billion USD by 2020, drive innovation at industrial, academic and government laboratories around the world. The 8th Annual TechConnect World Biomaterials Symposium will highlight some of the most exciting research and development, and focus on industrially relevant new materials for cardiovascular and orthopedic applications, tissue engineering, neurology, and wound healing. Please submit an abstract and share your research innovation at this dynamic event.
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