Teacher:

• Christian Schmeiser

Schedule:
Mon, 13:15-14:45, SR 10, starting Oct. 3, 2016

Program:

• Nov. 14: A. Pfundner, C. Gritsch, B. Haider: Cytoplasm Dynamics and Cell Motion: Two-Phase Flow Models
• Nov. 21: A. Maksymowicz, M. Gumpinger, P. Steppacher: Two Competing Orientation Patterns Explain Experimentally Observed Anomalies in Growing Actin Networks
• Dec. 5: H. Pisa, M. Sedlmayer, L. Veselka: Flagellar Hydrodynamics
• Dec. 12: J. Berner, M. Mietki, S. Morelli: Spherical Squirmers: Models for Swimming Micro-Organisms (advisor: Gaspard Jankowiak, gaspard.jankowiak@math.cnrs.fr)
• Jan. 9: R. Bodenseher, N. April: An Extended Filament Based Lamellipodium Model Produces Various Moving Cell Shapes in the Presence of Chemotactic Signals (advisor: Marie Doumic, marie.doumic@inria.fr)
• Jan. 16: A. Bartuska, S. Scheer, L. Pock: Cellular Motions and Thermal Fluctuations: the Brownian Ratchet
• Jan. 23: D. Ciglenecki, M. Rahimi, A. Zinic, T. Sestakova: Analysis of Actin Dynamics at the Leading Edge of Crawling Cells: Implications for the Shape of Keratocyte Lamellipodia and Model of Polarization and Bistability of Cell Fragments (advisor: Diane Peurichard, peurichard.diane@gmail.com), Summary 1, Summary 2
• Jan. 30: S. Kienzl, D. Dudakovic, R. Haziot: The Flatness of Lamellipodia Explained by the Interaction between Actin Dynamics and Membrane Deformation