Berlin 2018 – wissenschaftliches Programm
Bereiche | Tage | Auswahl | Suche | Aktualisierungen | Downloads | Hilfe
BP: Fachverband Biologische Physik
BP 15: Postersession III
Dienstag, 13. März 2018, 14:00–16:00, Poster B
Topics: Membranes and Vesicles (15.1–15.18), Bioimaging (15.19–15.44), Biospectroscopy (15.45–15.51), Computational Biophysics (15.52–15.73), Statistical Physics of Biological Systems (15.75–15.84), Microswimmers (15.85–15.91), Active Matter (15.92–15.99), Statistical Physics-Based Methods in Molecular Evolution (15.100–15.101), Physics of Microbial Systems (15.102)
 |
14:00 | BP 15.1 | Microcapsule suspension characterisation and manipulation — •Pierre-Yves Gires |
|
14:00 | BP 15.2 | The Role of Lipids in Membrane Docking and Pore Formation of Pneumolysin — •Martin Vögele, Ramachandra Bhaskara, Katharina van Pee, Özkan Yildiz, Werner Kühlbrandt, and Gerhard Hummer |
|
14:00 | BP 15.3 | Structural changes of lung surfactant Langmuir films in contact with compressed fluorocarbon gases — •Susanne Dogan, Michael Paulus, Julia Nase, Steffen Bieder, and Metin Tolan |
|
14:00 | BP 15.4 | Elasticity Measurements of Chloroplast Membranes — •Maike Jung and Friederike Schmid |
|
14:00 | BP 15.5 | The interaction of viral fusion peptides with model lipid membranes — •Göran Surmeier, Michael Paulus, Susanne Dogan, Yury Forov, Mirko Elbers, Paul Salmen, Metin Tolan, and Julia Nase |
|
14:00 | BP 15.6 | A theoretical model of surfactant systems in computer simulations — •Simon Raschke and Andreas Heuer |
|
14:00 | BP 15.7 | Temperature Induced Structural Evolution of DMPC-Saponin-Mixtures: From Bicellar to Vesicular Structures — •Carina Dargel, Aurel Radulescu, and Thomas Hellweg |
|
14:00 | BP 15.8 | Surface micelles in lipid monolayers in the LE phase — •Florian Gellert, Renko Kensbock, Heiko Ahrens, and Christiane A. Helm |
|
14:00 | BP 15.9 | Effect of Membrane Mediated Forces on Protein Organization — •Henning Stumpf and Ana-Sunčana Smith |
|
14:00 | BP 15.10 | Lipid nucleic acid nanoparticles (LNPs) for delivery of single-stranded antisense oligonucleotides and targeted gene silencing — •Nicola Kerschbaumer, Rafal Krzyszton, and Joachim Rädler |
|
14:00 | BP 15.11 | Radio Frequency Detection of Single Particles in Micorfluidic Circuits — •Marcel Hoeft |
|
14:00 | BP 15.12 | Floating Lipid Bilayers at the Liquid/Liquid interface — •Ernesto Scoppola, Ignacio Rodriguez-Loureiro, Samantha Micciulla, Lucas Kuhrts, Richard Campbell, Oleg Konovalov, Giovanna Fragneto, and Emanuel Schneck |
|
14:00 | BP 15.13 | Synergetic Effects of a Cationic Surfactant and Alcohol in Antibacterial Function — •Judith Thoma, Wasim Abuillan, Ippei Furikado, Shigeto Inoue, Thomas Gutsmann, Klaus Brandenburg, Oleg Konovalov, and Motomu Tanaka |
|
14:00 | BP 15.14 | Influence of phospholipid membranes on Beta2GPI conformation — •Peter Nestler, Ina Buchholz, and Mihaela Delcea |
|
14:00 | BP 15.15 | Dynamic Optical Displacement Spectroscopy to Explore Ultrafast Bio-Membrane Dynamics — •Cornelia Monzel, Daniel Schmidt, Ana-Suncana Smith, Udo Seifert, Kheya Sengupta, and Rudolf Merkel |
|
14:00 | BP 15.16 | Study of elastic modulus of phospholipid bilayers — •MJ Retamal, R Catalan, M Cisternas, N Moraga, D Diaz, TP Corrales, M Busch, P Huber, M Soto-Arriaza, and UG Volkmann |
|
14:00 | BP 15.17 | Thin-film composite membrane characterization by positron annihilation lifetime spectroscopy — •Marcel Dickmann, Rhea Verbeke, Tönjes Koschine, Werner Egger, Ivo Vankelecom, and Christoph Hugenschmidt |
|
14:00 | BP 15.18 | End of Cooperativity: Chain Exchange Kinetics in Mixed Polymeric Micelles with Partially Crystalline Cores — •Nico König, Lutz Willner, Thomas Zinn, Vitaliy Pipich, and Reidar Lund |
|
14:00 | BP 15.19 | Segmentation of dark field images from scanning X-ray micro-diffraction — •Chiara Cassini, Andrew Wittmeier, Manfred Burghammer, and Sarah Köster |
|
14:00 | BP 15.20 | Cyclic Olefin Copolymer as an X-ray Compatible Material for Microfluidic Devices — •Manuela Denz, Gerrit Brehm, and Sarah Köster |
|
14:00 | BP 15.21 | Lentiviral infection leads to blue fluorescent labeling of cancer cells — •Lorena Hentschel, Maja Strugacevac, Constanze Wiek, Julia Kristin, Marcel Glaas, Jörg Schipper, and Mathias Getzlaff |
|
14:00 | BP 15.22 | Soft-landing of folded proteins by ES-IBD for imaging — •Sven Szilagyi, Hannah Ochner, Lukas Krumbein, Joseph Gault, Albert Konijnenberg, Esther Martin, Justin Benesch, Frank Sobott, Carol Robinson, Sabine Abb, Stephan Rauschenbach, and Klaus Kern |
|
14:00 | BP 15.23 | Low Energy Electron Holography as a tool for imaging single proteins at high resolution — •Hannah Ochner, Sven Szilagyi, Wolfgang Stiepany, Peter Andler, Marko Memmler, Sabine Abb, Stephan Rauschenbach, and Klaus Kern |
|
14:00 | BP 15.24 | Functionalizing AFM probes with fluorescent nanodiamonds for multimodal spectroscopy approaches — •Frederike Erb, Thomas Reisser, Fedor Jelezko, and Kay-E. Gottschalk |
|
14:00 | BP 15.25 | Distance sensing using Metal Induced Energy Transfer (MIET) — •Fabian Port and Kay-E. Gottschalk |
|
14:00 | BP 15.26 | X-ray Imaging of DNA Compaction During the Cell Cycle — •Andrew Wittmeier, Mareike Töpperwien, Clément Hémonnot, and Sarah Köster |
|
14:00 | BP 15.27 | An integrated platform for rapid semi-confocal imaging and spatially resolved fluctuation microscopy — •Adal Sabri, Andreas Veres, and Matthias Weiss |
|
14:00 | BP 15.28 | Assessing the Spatial Heterogeneity of Crowding in Living Cells — •Claudia Donth and Matthias Weiss |
|
14:00 | BP 15.29 | A comparison of quantitative diffusion measurement techniques in a light sheet microscope — •Philipp Struntz and Matthias Weiss |
|
14:00 | BP 15.30 | Tracking network dynamics and topology of the endoplasmic reticulum — •Konstantin Speckner, Lorenz Stadler, and Matthias Weiss |
|
14:00 | BP 15.31 | Growth dynamics of interphase nuclei during the early embryogenesis of Caenorhabditis elegans — •Rolf Fickentscher, Akatsuki Kimura, Tomoko Ozawa, and Matthias Weiss |
|
14:00 | BP 15.32 | Photonic Force Microscopy (PFM) on cell cultures — •Lilian Weißer, Tobias Neckernuss, Othmar Marti, and Heinrich Hörber |
|
14:00 | BP 15.33 | High-speed imaging of rotational diffusion of a gold nanorod on a supported lipid bilayer — •Mahdi Mazaheri and Vahid Sandoghdar |
|
14:00 | BP 15.34 | Quantitative phase imaging by focus series reconstruction on non-stained tissue — •Katharina Blessing, Alberto Eljarrat, Simone Gehrer, Christoph T. Koch, and Ana-Sunčana Smith |
|
14:00 | BP 15.35 | Design and Instrumentation of an Opto-digital Confocal Microscope — •Berk Zengin, Adnan Kurt, and Alper Kiraz |
|
14:00 | BP 15.36 | High throughput optical measurement device for suspended cells and particles — •Daniel Geiger, Tobias Neckernuss, Jonas Pfeil, Markus Sporer, Stefan Reich, and Othmar Marti |
|
14:00 | BP 15.37 | Acoustophoresis: A powerful application in microfluidics for focussing and sorting microparticles — •Toni Schildhauer, Thomas Henkel, and J. Michael Köhler |
|
14:00 | BP 15.38 | Monitoring activity of stem-cell derived cardiac pacemaker cells by scanning ion conductance microscopy — Lennart Groß, Julia Jeannine Jung, •Regina Lange, Christian Völkner, Sven Kraft, Ingo Barke, Christian Rimmbach, Gustav Steinhoff, Robert David, and Sylvia Speller |
|
14:00 | BP 15.39 | Motion artifact compensation in optical mapping studies with motion by combining marker-free tracking and ratiometric imaging — •Vineesh Kappadan, Johannes Schröder-Schetelig, Ulrich Parlitz, Stefan Luther, and Jan Christoph |
|
14:00 | BP 15.40 | Qualitative detection, control and analysis of red blood cells (RBC) in a microfluidic channel by a commercially available 650 nm DVD laser pickup — •Max von Witzleben and Stefan Breuer |
|
14:00 | BP 15.41 | Cost-efficient and compact Digital Inline Holographic Microscope (DIHM) enabling micrometer resolution for red blood cell analysis — •Stephan Amann, Max von Witzleben, Markus Susenburger, Zinan Liu, and Stefan Breuer |
|
14:00 | BP 15.42 | Optical detection, control and analysis of plastic microspheres in a microfluidic channel by a semiconductor laser — •Max von Witzleben, Florian Bödicker, and Stefan Breuer |
|
14:00 | BP 15.43 | Detecting intracellular-changes below the optical resolution limit to investigate inflammation. — •Florian Schock, Jan Neumann, Anna Lena Leifke, Ulrich Pöschl, Kurt Lucas, and Christoph Cremer |
|
14:00 | BP 15.44 | Fast Correlative Optical Tweezers-Fluorescence Microscopy (CTFM) for the study of dynamic molecular processes — •Philipp Rauch, Jordi Cabanas-Danés, Rosalie Driessen, Gerrit Sitters, and Andrea Candelli |
|
14:00 | BP 15.45 | Mechanical properties of membranes under asymmetric buffer conditions — •Marzie Karimi, Jan Steinkühler, Debjit Roy, Reinhard Lipowsky Mitra, and Rumiana Dimova |
|
14:00 | BP 15.46 | Photoinduced processes of free bilins in solution: fs TA absorption spectroscopy on phycocyanobilin and biliverdin IXα — •Maximilian Theiß, Tilman Lamparter, Maria Andrea Mroginski, and Rolf Diller |
|
14:00 | BP 15.47 | Adjustment of pulsed laser radiation for strob oscopic exp eriments — •Stefan Krüger, Tobias Löffler, Maja Strugacevac, Julia Kristin, Constanze Wiek, Jörg Schipper und Mathias Getzlaff |
|
14:00 | BP 15.48 | Analysis of photoinduced processes of the cyanophage-encoded phycobiliprotein Lyase ΦCpeT:PEB using femtosecond transient absorption spectroscopy — •Christopher Carlein, Maximilian Theiß, Natascha Riedel, Nicole Frankenberg-Dinkel, and Rolf Diller |
|
14:00 | BP 15.49 | Dielectrophoretic characterization of E. coli membrane integrity under influence of organic solvents — •Armin Grundmann, Marco Radukic, Harald Gröger, Dario Anselmetti, and Martina Viefhues |
|
14:00 | BP 15.50 | Label-free microfluidics using electrical impedance spectroscopy — •Armin Grundmann, Dario Anselmetti, and Martina Viefhues |
|
14:00 | BP 15.51 | Efficient coupling between phycobilisomes, chlorophyll a and far red light induced chlorophyll f in the cyanobacterium Halomicronema hongdechloris — •Züleyha Yenice Campbell, Franz-Josef Schmitt, Mai Vi Bui, and Thomas Friedrich |
|
14:00 | BP 15.52 | Combination of Monte-Carlo simulations and experimental results to determine the microscopic energy depoit at DNA — •Marc Benjamin Hahn, Tihomir Solomun, and Heinz Sturm |
|
14:00 | BP 15.53 | Developing a coarse-grained potential for double-stranded RNA from quantum-mechanical calculations — •Sergio Cruz-León, Álvaro Vázquez-Mayagoitia, Nadine Schwierz, and Maria Fyta |
|
14:00 | BP 15.54 | Exploiting ecology in drug pulse sequences in favour of population reduction — Marianne Bauer, •Isabella Graf, Vudtiwat Ngampruetikorn, Greg Stephens, and Erwin Frey |
|
14:00 | BP 15.55 | De Novo Protein Structure Prediciton by Integration of Coevolutionary Data into Replica Exchange Simulations — •Arthur Voronin and Alexander Schug |
|
14:00 | BP 15.56 | MaxEnt-Stress Graph Drawing in Protein Structure Determination — •Oskar Taubert and Alexander Schug |
|
14:00 | BP 15.57 | Modelling Chemotaxis of swarm search — •Zeinab Sadjadi and Heiko Rieger |
|
14:00 | BP 15.58 | Evolution on multiple scales - merging evolution and dispersal on landscape scales — •Michaela Hamm and Barbara Drossel |
|
14:00 | BP 15.59 | Hydrodynamic mobility functions near elastic interfaces — •Abdallah Daddi-Moussa-Ider, Maciej Lisicki, and Stephan Gekle |
|
14:00 | BP 15.60 | Investigation of an evolutionary foodweb model on a large lattice of habitats — •Johannes Reinhard, Tobias Rogge, and Babara Drossel |
|
14:00 | BP 15.61 | DPD with Energy Conservation Simulation of Thermophoretic Particle — •Fatemeh A. Soleymani, Dmitry Fedosov, Marisol Ripoll, and Gerhard Gompper |
|
14:00 | BP 15.62 | Adsorption Simulations of Plasma Proteins on Silica Surfaces — •Timo Schäfer, Friederike Schmid, and Giovanni Settanni |
|
14:00 | BP 15.63 | Subthreshold signal encoding in coupled FitzHugh-Nagumo neurons — •Maria Masoliver and Cristina Masoller |
|
14:00 | BP 15.64 | Mean field coarse-grained modeling of Protein Folding in Complex Lasso structures — •Claudio Perego and Raffaello Potestio |
|
14:00 | BP 15.65 | The Alignment of the Malaria Parasite Before Invasion — •Sebastian Hillringhaus, Gerhard Gompper, and Dmitry A. Fedosov |
|
14:00 | BP 15.66 | Numerische Untersuchung der Dielektrophorese zur Separation von Mikroalgen — •Fabian Gringel, Vinzenz Abt, Peter Neubauer und Mario Birkholz |
| 14:00 | BP 15.67 | The contribution has been withdrawn (duplicate of BP 15.68). | |
|
14:00 | BP 15.68 | Computational Simulation of Tissue Engineered Heart Repair — •Moritz Kalhöfer-Köchling, Yong Wang, Martin Uecker, Jens Frahm, Wolfram Zimmermann, and Eberhard Bodenschatz |
|
14:00 | BP 15.69 | The effects of polar co-solutes on the hydration interaction between lipid bilayers — •Amanuel Wolde-Kidan, Quoc Dat Pham, Emanuel Schneck, Emma Sparr, and Roland Netz |
|
14:00 | BP 15.70 | Molecular Dynamics Simulation of SIM-SUMO complexes — •Alexander Kötter and Andreas Heuer |
|
14:00 | BP 15.71 | Synchronization-based reconstruction of cardiac electrical wave dynamics from mechanical deformation — •Jan Lebert, Ulrich Parlitz, Stefan Luther, and Jan Christoph |
|
14:00 | BP 15.72 | Optogenetic modeling of murine ventricular cardiomyocytes — •Sayedeh Hussaini, Claudia Richter, and Stefan Luther |
|
14:00 | BP 15.73 | Adding curvature to the vertex model of the Drosophila imaginal wing development. — •Joris Paijmans |
|
14:00 | BP 15.74 | Efficiency and sensory capacity of molecular sensors with thermal noise — •Andreas Ehrmann, David Hartich, and Udo Seifert |
|
14:00 | BP 15.75 | A new understanding of system in the molecular biology — •Norbert Sadler |
|
14:00 | BP 15.76 | Non-equilibrium dynamics in marginally stable biological networks — •Federico Gnesotto and Chase Broedersz |
|
14:00 | BP 15.77 | Population dynamics of bacterial persistence in spatially heterogeneous environments — •Pintu Patra and Stefan Klumpp |
|
14:00 | BP 15.78 | Diffusion of nanoparticles perpendicular to hard walls and cell membranes — •Katharina Gräßel and Stephan Gekle |
|
14:00 | BP 15.79 | Non-equilibrium scaling behavior in driven soft biological networks — •Grzegorz Gradziuk, Federica Mura, and Chase Broedersz |
|
14:00 | BP 15.80 | Modelling the motility of Cytotoxic T Lymphocytes inside infected lymph nodes — •Zeinab Sadjadi, Michael Meyer- Hermann, and Stephan Halle |
|
14:00 | BP 15.81 | Trapping in and escape from branched structures of neuronal dendrites — •Robin Jose, Ludger Santen, and M. Reza Shaebani |
|
14:00 | BP 15.82 | Can one hear the length of an axon? — •Frederic Folz, Lukas Wettmann, Giovanna Morigi, and Karsten Kruse |
|
14:00 | BP 15.83 | Statistical Mechanics of the Bacterial Chromosome — •Jacqueline Janssen, Joris Messelink, and Chase Broedersz |
|
14:00 | BP 15.84 | Generalized exponential models for mean population growth on a set of stochastic substrates — •Andrey Khalin, Eugene Postnikov, and Alexey Ryabov |
|
14:00 | BP 15.85 | Wobbling dynamics of E. coli cells in bulk and at walls — •Mahdiyeh Mousavi, Thomas Eisenstecken, Gerhard Gompper, and Roland G. Winkler |
|
14:00 | BP 15.86 | From solitary swimmers to swarms and back: trypanosomes on their journey through the tsetse fly — •Timothy Krüger, Sarah Schuster, Philip Kollmannsberger, and Markus Engstler |
|
14:00 | BP 15.87 | Simultaneous cell tracking and visualization of flagellar dynamics of Pseudomonas putida — •Zahra Alirezaei-zanjani, Veronika Waljor, Marius Hintsche, and Carsten Beta |
|
14:00 | BP 15.88 | A bacterial swimmer with a polar bundle of flagella that can push, pull, and wrap around the cell body — •Marius Hintsche, Veronika Waljor, Robert Großmann, Marco Kühn, Kai Thormann, Fernando Peruani, and Carsten Beta |
|
14:00 | BP 15.89 | Layer-by-layer assembled micro-motors for controlled drug release — Tao Huang, Larysa Baraban, and •Gianaurelio Cuniberti |
|
14:00 | BP 15.90 | How molecular motors generate the ciliary beat — •Veikko F. Geyer., Pablo Sartori, Frank Jülicher, and Jonathon Howard |
|
14:00 | BP 15.91 | Flow fields and motions of droplets driven by active filament-bound point forces — •Leon Rückert and Reiner Kree |
|
14:00 | BP 15.92 | Surface-Near Electrostatic Forces in Si-Chips guiding Self-Organisation of Polyelectric- and Biomaterials — •Daniela Täuber, Susanne Pahlow, Karina Weber, Martin Müller, Ilona Skorupa, and Heidemarie Schmidt |
|
14:00 | BP 15.93 | Computational modeling of active membranes in flows — •Christian Bächer and Stephan Gekle |
|
14:00 | BP 15.94 | Creating Sensorial Delay to Simulate Phototaxis Using Thermophoresis Applied to Gold-coated Microswimmers — •Alexander Fischer, Giovanni Volpe, and Frank Cichos |
|
14:00 | BP 15.95 | Light-Induced Adsorption of Photoactive Microalgae on Interfaces — •Alexandros Fragkopoulos, Christian Kreis, and Oliver Bäumchen |
|
14:00 | BP 15.96 | Probing the non-equilibrium dynamics of the centrosomes in early Drosophila melanogaster embryos using fluorescent carbon nanotubes — •Constantin D. C. Kohl, Zhiyi Lv, Jörg Großhans, and Christoph F. Schmidt |
|
14:00 | BP 15.97 | Collective Behaviour of Microalgae Beyond Phototaxis — •Johannes Frey, Alexandros Fragkopoulos, and Oliver Bäumchen |
|
14:00 | BP 15.98 | MT-bundling activity of the MKLp2 kinesin — •Amna Abdalla Mohammed Khalid, I-Mei Yu, Anne Houdusse, and Christoph F. Schmidt |
|
14:00 | BP 15.99 | Flocking without velocity-alignment — •Fernando Peruani and Lucas Barberis |
|
14:00 | BP 15.100 | RNA structure prediction using evolutionary constraints — •Mehari Bayou Zerihun and Alexander Schug |
|
14:00 | BP 15.101 | Comparison of Coevolutionary Protein Structure Prediction Methods — •Lars Franke and Alexander Schug |
|
14:00 | BP 15.102 | Adhesion enhances bacterial diffusivity close to surfaces. — •Emiliano Perez Ipiña, Stefan Otte, Rodolphe Pontier-Bres, Dorota Czerucka, and Fernando Peruani |