| 15:15 - 16:00 |
C.0 |
Prof. D. Ricci:"Human-centered brain interfaces" |
| 16:00 - 16:03 |
C.1 |
Y. Guo: "LAPS-based optoelectronic device for mapping the brain activities in vivo" |
| 16:03 - 16:06 |
C.2 |
L. De Laporte: "Light modulated hydrogel stiffness for mechanical stimulation of cells and nerves" |
| 16:09 - 16:12 |
C.3 |
S. D. Angelov: "Electrophoretic deposition of ligand-free nanoparticles affected electrode impedance" |
| 16:12 - 16:15 |
C.4 |
D. Schurzig: "Determination of Optimal Excitation Patterns for Intracochlear Inner Ear Stimulation Using a Physiologically-Based Model" |
| 16:15 - 16:18 |
C.5 |
N. Burblies: "Carbon Nanotube Coatings for Neural Interface Electrodes: Cytocompatibility for Fibroblasts and Spiral Ganglion Neurons" |
| 16:18 - 16:21 |
C.6 |
I. Akhoun: "Automated Classification of Electrically-Evoked Compound Action Potentials" |
| 16:21 - 16:24 |
C.7 |
K. D. Kreisköther: "Surface Modification of Neural Electrodes by Nanoporous Platinum Coatings" |
| 16:24 - 16:27 |
C.8 |
K. Wissel: "Kapton® with cell selective coatings to improve electrode-nerve interaction" |
| 16:27 - 16:30 |
C.9 |
D. Majaura: "Evaluation of the bonding strength between a silicone rubber/ polyimide interface for cochlear implants" |
| 16:30 - 16:33 |
C.10 |
J. Stieghorst: "Silicone rubber spreading during infrared curing for individually shaped neural implant fabrication" |
| 16:33 - 16:36 |
C.11 |
L. Guntenhöner: "Neural interfacing via track etch membrane of cell model mediated by human growth factors" |
| 16:36 - 16:39 |
C.12 |
K. Tegtmeier: "Investigation of silicone rubber removal from carbon nanotubes by means of wet and dry etching" |
| 16:39 - 16:42 |
C.13 |
J. Wang: "High-resolution light-addressable potentiometric sensors (LAPS) based on an organic monolayer modified silicon on sapphire (SOS)" |
| 16:42 - 16:45 |
C.14 |
G. L. Quaß: "Electric Stimulation of the Mouse Auditory Midbrain" |
| 16:45 - 17:45 |
|
Poster Session |
| 19:30 |
|
Conference Dinner |
VIANNA 