Poster Numbers
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| Poster Number | Name | Affliation | Title |
| 1 | Evan Zhao | Princeton University | Design, Characterization, and Modeling of Rapid Optogenetic Inverter Circuits for Dynamic Control in Yeast Metabolic Engineering |
| 2 | Nicholas Fritz | Arizona State University | Modeling Light Propagation in Mouse Sciatic Nerve |
| 3 | Steve Blair | University of Utah | Optical Efficiency of the Utah Optrode Array for Optogenetic Neural Stimulation |
| 4 | Ken Berglund | Emory University School of Medicine | Improved Membrane Trafficking of Luminopsins for More Efficient Optogenetic and Chemogenetic Control of Neuronal Activity |
| 5 | Yee Fun Lee | Boston University School of Medicine | Astrocytic Contributions to Disrupted Slow Oscillations in a Mouse Model of Alzheimer's Disease |
| 6 | Julie Han | The George Washington University | All-Optical Characterization Platform for Crispri Gene Modulation in Human Ips-Cardiomyocytes |
| 7 | Weizhen Li | The George Washington University | High-Throughput Optogenetics-Enabled Platform for the Assessment of Ips-Cardiomyocyte Maturity |
| 8 | Markus M. Kramer | University of Freiburg | Multichromatic Control of Signaling Pathways in Mammalian Cells |
| 9 | Wei Liu | The George Washington University | Quantifying Hypoxia in Human Cardiomyocytes Using All-Optical Tools |
| 10 | Sebastian PilsI | Universit盲t Bonn | Light Dependent RNA Interference to Control the Human Cell Cycle |
| 11 | Gaoxiang Mei, Cesar M. Cavini | Boston University | Engineered Near-Infrared Absorbing Quasar Transmembrane Voltage Sensors:脗 Applications for Brain Imaging |
| 12 | Lian He | Texas A&M University | Engineered LOV2 As a Modular Domain for Optogenetic Control of Calcium Signals and Genome Engineering |
| 13 | Shriya Srinivasan | MIT | Closed-Loop Optogenetic Control of Peripheral Hind Limb Movement |
| 14 | Zubayer Ibne Ferdous | Lehigh University | All-Optical Mapping of Neural Connectivity in Vitro |
| 15 | Hannah Morgan | The College of New Jersey | Physiological Characterization of the Lateral Hypothalamus Inputs to the Ventral Tegmental Area Glutamate Neurons |
| 16 | Catarina Cunha | Nathan Kline Institute | Duplex Optogenetic Stimulation System Modulates Compulsive Motor Behaviors |
| 17 | Nina Wichert | Hannover University | Light-Induced Protein Synthesis in Mammalian Cells |
| 18 | Amit Sangwan | Northeastern University | Optogenomic Interfaces: Applications, Proof of Concept and Enabling Technologies |
| 19 | Guillermo Herrera-Arcos | MIT | Optogenetic Digital Nervous System |
| 20 | Eric Zhang | Clemson University | A Material's Approach to Noninvasive Optogenetics By Coupling x-Rays and Sub-100 Nm Silicate Scintillators |