Medical devices include instruments, apparatus, implants, machines, tools, and reagents to diagnose, treat, prevent, cure, or mitigate a disease or medical condition. Biomaterials inherently play a key role in the function of medical devices, and take the form of polymers, metals, and/or ceramics. Presentations in this session focus on medical devices and/or associated biomaterials that interface with the human body to repair or replace function. Medical devices that interface with the human body may include implants (e.g., brain stimulating devices, pacemaker), externally contacting (e.g., limb prosthetics, contact lenses), or those that contact fluids or blood products that ultimately contact a patient. All aspects of biomaterials investigation and medical devices are encouraged.
Back to Top ↑2024 Symposium Sessions |
| Monday June 17 |
| 1:30 | Medical Device Innovations |
| 4:00 | Biomaterials & Medical Devices - Posters |
| Tuesday June 18 |
| 1:30 | Medical Devices & Tissue Engineering |
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2024 Symposium Program |
| Monday June 17 |
|
| 1:30 | Medical Device Innovations | Chesapeake B |
| Session chair: Jeannine M. Coburn, Worcester Polytechnic Institute, US |
| Bio Electronic Information Processing: An Emerging Technology
W. Bentley, University of Maryland, US |
| High-precision magnesium microtubes for stents with improved mechanical properties
S. Mueller, S. Gall, R. Nitschke, F. Gensch, FORMING GmbH, DE |
| Phenotype independent capture of circulating tumor cells using magnetic probes
K. Morris, C. Bilynsky, A-L. Papa, The George Washington University, US |
| SampleCAP: A power-free system for biomolecule concentration
S.V. Angus, B. Swan, C. Stewart, A.S. Cowan, M.F. Smiechowski, Guild Associates, Inc., US |
| Simulations of exhaled breath aerosol deposition to support laboratory breath aerosol measurements
V. Malave, National Institute of Standards and Technology (NIST), US |
| Catalyzing Global Change: The Power of Innovation for Positive Impact
S.A. Mensah, Worcester Polytechnic Institute, US |
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| 4:00 | Biomaterials & Medical Devices - Posters | Expo Hall BC |
| ASTM Standards in Medical Device Cleaning Validation
G.J.C. Braithwaite, S.H. Spiegelberg, Cambridge Polymer Group, Inc., US |
| Development of a Three-Species Biofilm Model on Ex Vivo Porcine Skin Tissues
F. Tabatabaei, N. Byrnes-Shaver, T. Conti, iFyber, US |
| 3D-Printed Tool for Creating Standardized and High-Throughput Burn Wounds in Ex Vivo Human Viable Skin Tissues
M. Javid, F. Tabatabaei, iFyber, US |
| Analyzing the Influence of Microarchitectural Design on Chitin Cell Culture Scaffolds for 3D Tissue Engineering Applications
T. Basak, J. L. Shamshina, Texas Tech University, US |
| Evaluation of the Biocompatibility of SiOxD Wound Matrix
A.M. Jorgensen, M. Loll, D. Hickerson, W. Hickerson, SiOxMed, LLC, US |
| A Novel Silicone Based Polymer Universal Combat Matrix (UCM) Provides Multi-day Hemostatic Control of Junctional, High Pressure, and Non-compressible Hemorrhagic Injuries
A.M. Jorgensen, SiOxMed, LLC, US |
| How a University-based Incubator Program Supports Early-Stage Medical Device Innovation
K. Durdon, Central New York Biotech Accelerator, Upstate Medical University, US |
| Tuesday June 18 |
|
| 1:30 | Medical Devices & Tissue Engineering | Chesapeake B |
| Session chair: Jeannine M. Coburn, Worcester Polytechnic Institute & Thomas Webster, Interstellar Therapeutics, US |
| Engineering a temporary replacement biomimetic retinal tamponade hydrogel
G.J.C. Braithwaite, M. Xheka, Cambridge Polymer Group, Inc., US |
| Transforming Battlefield Trauma Care: Assessing the Universal Combat Matrix in Preclinical Models of Burns, Junctional Hemorrhage, and Non-Compressible Torso Hemorrhage
A.M. Jorgensen, F. Marini, T. Shupe, J. Rall., J. Radowsky, L. Paladino, W.L. Hickerson, SiOxMed, LLC, US |
| Antimicrobial Peptide Functionalized Bacterial Cellulose for Wound Dressing Applications
E.M. van Zyl, J.M. Coburn, Worcester Polytechnic Institute, US |
| WoundSentry: A Revolutionary AI-Driven Wearable for Enhanced Infection Detection
T.J. Ko, L. Yeh, P. Lubet, J. Wang, A. Gnatt, X.L. Liu, Nanobiofab, US |
| The Combined Effect of Photobiomodulation and Nanoparticle-based Biomaterials for the Treatment of Pathogen-Infected Wounds
S.S. Dhilip Kumar, H. Abrahamse, University of Johannesburg, ZA |
| AFM Probe Manufacturing: Challenges and Limitations from the Industry's Perspective
O. Krause, NanoWorld AG, DE |
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Jeannine M. Coburn
Bio Electronic Information Processing: An Emerging Technology
Catalyzing Global Change: The Power of Innovation for Positive Impact
