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BP: Fachverband Biologische Physik
BP 8: Poster Session Ia
Montag, 18. März 2024, 18:00–20:30, Poster C
Cytoskeleton, Membranes and Vesicles, Cell Mechanics. Additional posters on Cell Mechanics in Poster Session Ib.
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18:00 | BP 8.1 | Microtubule dynamics in the presence of an actin network — •Saheli Dey, Tiago Mimoso, and Sarah Köster |
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18:00 | BP 8.2 | Imaging F-Actin arrangement via homo-FRET using 2D polarization fluorescence microscopy — Lukas Spantzel, Chen Sun, Lena Jesse, Yunhao Mei, Yutong Wang, Shangjun Cheng, Mohammad Soltaninezhad, Michael Börsch, Rainer Heintzmann, Ivan G. Scheblykin, Adrian T. Press, and •Daniela Täuber |
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18:00 | BP 8.3 | Influence of the cytoskeletal surrounding on microtubules in cells — •Anna Blob, Roman David Ventzke, Thomas Giacomo Nies, Axel Munk, Laura Schaedel, and Sarah Köster |
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18:00 | BP 8.4 | Keratin and actin networks in epithelial cells under uniaxial strain — •Ruben Haag, Ruth Meyer, Peter Luley, Nicole Schwarz, and Sarah Köster |
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18:00 | BP 8.5 | Active microrheology on in vitro cytoskeletal networks — •Shanay Zafari, Pratima Sawant, and Sarah Köster |
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18:00 | BP 8.6 | Response of confined vimentin intermediate filament networks to applied strain — •Pratima Sawant, Shanay Zafari, and Sarah Köster |
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18:00 | BP 8.7 | Unveiling microtubule fracture dynamics: A comprehensive examination of the influence of lattice defects on the breakage process of microtubules — •Amir Zablotsky and Karin John |
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18:00 | BP 8.8 | The structure and mechanics of the actin cortex in different adhesion states — •Christoph Anton, Lucina Kainka, Sandra Iden, and Franziska Lautenschläger |
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18:00 | BP 8.9 | Membrane Stiffness and Formation of Microtentacles — •Yannic Veit, Lucina Kainka, Christoph Anton, and Franziska Lautenschläger |
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18:00 | BP 8.10 | Quantitative description of cellular adhesion forces and corresponding focal adhesions — •Kathi Michèle Kaiser, Carsten Baltes, Ben Wieland, Gubesh Gunaratnam, and Franziska Lautenschläger |
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18:00 | BP 8.11 | Mechanical properties of microtubule in actin network — •Komal Bhattacharyya, Sarah Köster, and Stefan Klumpp |
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18:00 | BP 8.12 | Interactions between synaptic vesicles and cytoskeletal filaments — •Tiago Mimoso, Rajdeep Chowdhury, Saheli Dey, Christian Hoffmann, Dragomir Milovanovic, Silvio Rizzoli, and Sarah Köster |
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18:00 | BP 8.13 | Influence of perfluorocarbon on the structural changes of lipid monolayers and on protein adsorption — •Jaqueline Savelkouls, Christian Albers, Gordon Scholz, Eric Schneider, and Michael Paulus |
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18:00 | BP 8.14 | Investigating the Fusion Efficiency of Respiratory Virus-Like Particles with Model Cell Membranes — •Mahsa Mohammadian, Chetan S Poojari, Ralf Seemann, Jochen Hub, and Jean-Baptiste Fleury |
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18:00 | BP 8.15 | Structure and Electrostatics in Monolayers of Raft-Forming Lipid Mixtures Containing GM1 — •Miriam Grava, Valeria Rondelli, and Emanuel Schneck |
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18:00 | BP 8.16 | Cavitation in lipid systems: Insights from molecular dynamics — •Marin Šako and Matej Kanduč |
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18:00 | BP 8.17 | The Mechanics of Pancake-like Adhered Vesicles — •Gianna C. Wolfisberg, Hendrik T. Spanke, Jaime Agudo-Canalejo, Eric R. Dufresne, Robert W. Style, and Aleksander A. Rebane |
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18:00 | BP 8.18 | Flow Dynamics in the Capillary Network of Different Blood Cell Types — •khadija larhrissi, Christian Wagner, Felix Milan Maurer, Selina Wrublewsky, Yazdan Rashidi, Alexis Darras, and Matthias Laschke |
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18:00 | BP 8.19 | Exploring Cell Shapes and Dynamics Through Discrete Differential Geometry — •Mauricio Rojas-Vega, Andela Šarić, and Christopher Wojtan |
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18:00 | BP 8.20 | The Role of Perilipin 5 for the Contact Sites between Lipid Droplets and Bilayer: Protein Tether, or Lipid Bridge? — •Shima Asfia, Mahsa Mohammadian, Ralf Seemann, and Jean-Baptiste Fleury |
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18:00 | BP 8.21 | Modulating self-organizing protein patterns by controlling the number of membrane linkers and the membrane charge — •Katharina Esch, Mergime Hasani, and Katja Zieske |
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18:00 | BP 8.22 | Formation of supported artificial Membranes of Lipid Raft Models by Physical Vapor Deposition — •Nancy Gomez-Vierling, Daniel Saavedra, Marco Soto-Arriaza, Marcelo A. Cisternas, Nicolás Moraga, Tomás P. Corrales, and Ulrich G. Volkmann |
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18:00 | BP 8.23 | Superstructure in lipopolymer monolayers at the air/water interface — •Issam Assi, Heiko Ahrens, and Christiane A. Helm |
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18:00 | BP 8.24 | Nobody is perfect: inspecting the defects of lipid membrane stacks by STED microscopy and X-ray diffraction — •Sarah Becker, Jette Alfken, and Tim Salditt |
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18:00 | BP 8.25 | Studying extracellular vesicle-mediated cell communication in flow networks for drug delivery system development — •Jan Jedryszek, Fatemeh Mirzapour, and Karen Alim |
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18:00 | BP 8.26 | Properties of Long-Chain Lipid Enriched Regions in Biological Membranes: Insights from MD Simulations — •Annemarie Quas, Clara Rickhoff, and Andreas Heuer |
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18:00 | BP 8.27 | Fungal hydrophobins as building blocks for rigid, water-impermeable pure protein bilayers and vesicles — Friederike Nolle, Kirstin Kochems, Karin Jacobs, and •Hendrik Hähl |
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18:00 | BP 8.28 | Molecular Dynamics Simulations as a tool to investigate the impact of imidazole-based cholesterol in lipid bilayers — •Clara Rickhoff, Azadeh Alavizargar, and Andreas Heuer |
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18:00 | BP 8.29 | Elevating Understanding of Membranes: How Spectroscopic Techniques can draw from Super-Resolution Microscopy Principles — •Simone Ezendam, Jonatan Alvelid, Andrea Volpato, and Ilaria Testa |
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18:00 | BP 8.30 | The effect of aversive external conditions on the migration of small plasmodia of Physarum polycephalum — •Diana Lenski, Lucas Tröger, and Karen Alim |
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18:00 | BP 8.31 | Unravelling the collective behavior of protrusions for directed migration — •Lucas Tröger and Karen Alim |
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18:00 | BP 8.32 | Clutch Model for focal adhesions predicts perfect self-stablisation — •Anton Burnet and Benedikt Sabass |
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18:00 | BP 8.33 | Stochastic catch-bond model of cell-cell adhesion mechanics and turnover — •Antonella Di Concilio Moschen and Benedikt Sabass |
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18:00 | BP 8.34 | Studying cell-particle-interactions using blinking holographic optical tweezers — •David Gitschier, Wolfgang Gross, Manuel Eisentraut, Konrad Berghoff, and Holger Kress |
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18:00 | BP 8.35 | Measuring viscoelastic properties in active, living systems through passive observations — •Till M. Muenker, Gabriel Knotz, Matthias Krüger, and Timo Betz |
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18:00 | BP 8.36 | Analysis of traction stress of iPSC derived heart muscle cells — •Bastian Malte Winter, Fatemeh Abbasi, Karthika Annamalai, Karl Toischer, and Timo Betz |
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18:00 | BP 8.37 | Intracellular Mechanical Fingerprinting: Identifying the proteins controlling the intracellular active mechanics — •Noémie Veyret, Dorian Marx, Till Münker, and Timo Betz |
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18:00 | BP 8.38 | Microfluidic single cell study on protoplast fusion — •Ioannis Gkekas, Philipp J. Artmann, Dario Anselmetti, Thorsten Seidel, and Martina Viefhues |
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18:00 | BP 8.39 | Calcium-dependent flagellar adhessiveness of Chlamydomonas — •Marcel Schalling, Rodrigo Catalan, Marzieh Karimi, and Oliver Bäumchen |
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18:00 | BP 8.40 | Nuclear mechanics across scales: from global deformation to local measurements — •Bart Vos, Yamini Vadapalli, Till Muenker, Ivan Avilov, Peter Lenart, and Timo Betz |
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18:00 | BP 8.41 | Unravelling the action spectrum of light-switchable flagellar adhesion of Chlamydomonas — •Rodrigo Catalan, Antoine Girot, Alexandros Fragkopoulos, Olga Baidukova, Darius Rauch, Peter Hegemann, and Oliver Bäumchen |
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18:00 | BP 8.42 | Modelling the impact of myosin IIA/IIB isoforms on cell migration — •Nils Winkler, Oliver M. Drozdowski, Falko Ziebert, and Ulrich S. Schwarz |
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18:00 | BP 8.43 | Mechanical fingerprint of the intracellular space — Muenker Till M., Vos Bart E., and •Betz Timo |
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18:00 | BP 8.44 | Cell movement on the fast lane: how patterns can drive cell migration — •Annika A. Vogler, Sebastian W. Krauss, Florian Rehfeldt, and Matthias Weiss |