| Title | Author |
|---|---|
| Point-of-Care Detection of Cryptosporidium Oocytes Using Recombinase Polymerase Amplification: | Zachary A. Crannell |
| A Near-Infrared, Fabry-Perot Cavity Laser-Based Pressure Microsensor: | MostafaGhannad-Rezaie |
| A Novel Platform for High Throughput patterning and screening of viable Spermatozoa: | LoesSegerink |
| Shear-Activated NanoTherapeutics: | N. Korin |
| High Throughput Microfluidic Preparation of Imaging-Visible Embolic Beads: | Cyrus W. Beh |
| Analysis of Protective Antigen-Antibody kinetics and KLK7 degradation using a novel Nanofluidic-based platform: | Neeraja Venkateswaran |
| MicroNMR and Magnetic Nanoparticles for Biomedical Diagnostics: | Huilin Shao |
| Bar Code Confirmatory Diagnostics for the Point of Care: | M. KursadAraz |
| Apples to Apples: Normalizing Microfluidic Droplet Measurements by Size and Velocity: | Melinda G. Simon |
| Acoustic Manipulations of Blood Samples: | Arlene Doria |
| Colorimetric plasmon resonance imaging of biomolecules on nanofunnel arrays: |
ManasRanjanGartia |
| Nanoscale Pillar MOSFET for Neural Sensing: | AdityaRajagopal |
| Toward a Smart Bandage: ‘Writing’ New Blood Vessels with Stem Cells: | Vincent Chan |
| Implantable nerve cuff electrode modified with drug loadedbiodegradable nanofibers for chronic implantation: | S. J. Park |
| Creation of Vascularized Cardiac MicroTissues: | Claire Robertson |
| Ultra-thin Polymeric Interface of Engineer Muscle Tissues: | ToshinoriFujie |
| Population Dynamics and Cell-to-Cell Variations During Vasculogenesis: | H. Parsa |
| Real-time Monitoring of Changes in Cell Stiffness During Fixation Using MEMS Mass Sensors in Microfluidic Flow Fields: | Larry Millet |
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EMBS Micro and Nanotechnology in Medicine Conference
Translating Technology from the Bench to the Bedside