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BP: Fachverband Biologische Physik
BP 7: Poster Session I
Monday, March 9, 2026, 15:00–17:00, P5
Biomaterials and biopolymers, cytoskeleton, cell mechanics and tissue mechanics; FS controlling biological cells by ultrasound
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15:00 | BP 7.1 | Eco-Friendly PEGylated Iron Oxide Nanoparticles for In Vitro Targeted Delivery and Controlled Release of Docetaxel in SK-OV-3 Ovarian Cancer Cells — •Romesa Soomro, Che Azurahanim Che Abdullah, and Halima Alem Marchand |
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15:00 | BP 7.2 | The Potential Impact of a Novel Chitosan-Titanium dioxide Nanoparticles against Hepatocellular Carcinoma in Rat Model — Omnia Ahmed Mohamed Elbakary, Eman Ibrahim Kandil, Sawsan Mohamed Elsonbaty, Shaimaa El-saied Mohamed, and •Nermeen Mohamed Elbakary |
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15:00 | BP 7.3 | Viscous and Plastic Energy Dissipation Processes of Native Collagen Fibrils in AFM-based Nanoindentation Measurements under Controlled Humidity — •Martin Dehnert, Paul Zech, Mario Zerson, and Robert Magerle |
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15:00 | BP 7.4 | Cyanobacteria as biological actuators — •Paul Nieschwitz and Stefan Karpitschka |
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15:00 | BP 7.5 | LactiFilm: Hydrogel supported co-culture biofilms of lactobacilli and phytoplankton for sustainable production of lactic acid — •Carina Schneider and Regine von Klitzing |
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15:00 | BP 7.6 | Multi-phase coexistence of charged condensates — •Chengjie Luo, Yicheng Qiang, and David Zwicker |
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15:00 | BP 7.7 | Density and viscosity Measurements of the cytosol of human red blood cells — •Thomas John, Karin Kretsch, and Christian Wagner |
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15:00 | BP 7.8 | Model particles to study interaction of microplastic particles — •Kai Gossen, Andreas Fery, and Günter Auernhammer |
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15:00 | BP 7.9 | Controlled Spray coating of Bacterial Nanocellulose Thin films revealed by Surface-Sensitive X-ray Scattering — •Joanne Neumann, LI Li, Edina Klein, Jan Rubeck, Ute Römling, Holger Sonderrmann, and Matthias Schwartzkopf |
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15:00 | BP 7.10 | Engineering Shear-Thinning Hydrogels: A Dynamic Scaffold for 3D Tissue Culture — •Bruno Schmelz, Fen Li, Kai Zhang, and Timo Betz |
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15:00 | BP 7.11 | Atomic-Scale Probing of Aluminum Distribution in Catalysts and Peptide COM Fidelity — •Sakshi Sinha |
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15:00 | BP 7.12 | Decoupling Crosslink Stability and Network Connectivity in Coiled Coil Crosslinked Hydrogels — Stefanie Lenzeder, Geonho Song, Isabell Tunn, Alberto Sanz de Leon, Tanja D. Singewald, and •Kerstin G. Blank |
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15:00 | BP 7.13 | Development and investigation of coarse-grained particle models for alginates. — •Hensi Gandhi, Rudolf Weeber, and Christian Holm |
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15:00 | BP 7.14 | Cytoskeletal Networks in 3D Cysts Under Strain — •Greta Höhndorf, Ruth Meyer, Ruben Haag, Ulrike Rölleke, Ulla Unkelbach, Nicole Schwarz, Andreas Janshoff, and Sarah Köster |
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15:00 | BP 7.15 | Interactions between single actin and vimentin filaments — •Pallavi Kumari, Kristian Pajanonot, Komal Bhattacharyya, Stefan Klumpp, and Sarah Köster |
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15:00 | BP 7.16 | Mechanical Properties of Intermediate Filament Networks — •Jonas Penning, Komal Bhattacharyya, and Stefan Klumpp |
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15:00 | BP 7.17 | Phosphorylation-induced softening of vimentin networks revealed by optical tweezers microrheology — •Yuzhen Feng, Shanay Zafari, and Sarah Köster |
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15:00 | BP 7.18 | Microtubule networks exhibit amorphous material behavior — •Claudia Marcelli, Raffaele Mendozza, Shanay Zafari, Ruben Haag, Peter Sollich, and Sarah Köster |
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15:00 | BP 7.19 | MatrixModel: Building a Computational Model of the HSPC niche — •Julia Käsehagen and Sophia Rudorf |
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15:00 | BP 7.20 | Stiffness Characterization of Microtentacles: an optical tweezers study — •Kirill Korneev, Thomas John, Franziska Lautenschläger, and Christian Wagner |
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15:00 | BP 7.21 | Determination of the Human Red Blood Cell Mass Density Distribution — •Luca Hastenteufel, Thomas John, Karin Kretsch, and Christian Wagner |
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15:00 | BP 7.22 | Integration of environmental stimuli into the contraction dynamics of Physarum polycephalum — •Nora Deiringer and Karen Alim |
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15:00 | BP 7.23 | Coordination of Migration by Adaptive Mechanics — •Diana Lenski, Lucas Troeger, and Karen Alim |
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15:00 | BP 7.24 | Deep learning architecture combining Vision Transformers and U-Nets for robust traction force microscopy — •Yunfei Huang, Elena Van der Vorst, and Benedikt Sabass |
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15:00 | BP 7.25 | Identifying the proteins controlling the intracellular active mechanics — •Noemie Veyret, Till Muenker, and Timo Betz |
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15:00 | BP 7.26 | Characterization of filamentous cyanobacteria using force-sensing micropipettes — •Paul Dufke and Stefan Karpitschka |
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15:00 | BP 7.27 | Passive vs active shells: from spectrin to actin cortex — •Tim Kutz, Bart Vos, Bart Jan Ravoo, Andreas Janshoff, and Timo Betz |
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15:00 | BP 7.28 | Deciphering the role of flagellar membrane glycoproteins in ciliary adhesion of Chlamydomonas reinhardtii — •Lea Rupprecht, Adrian Nievergelt, Rodrigo Catalan, Lara Hoepfner, and Oliver Bäumchen |
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15:00 | BP 7.29 | Probing the micromechanics and fluidity of cellular spheroids — •Tom Sosniok, Antoine Girot, Gabriel de Barros Righes, Rodrigo Catalán, Ada Cavalcanti-Adam, and Oliver Bäumchen |
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15:00 | BP 7.30 | Intracellular mechanics in migrating cells — •Jannis Fischer, Mohammad Amin Eskandari, Sarah Louisa Lädke, Till Moritz Münker, Matthias Krüger, and Timo Betz |
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15:00 | BP 7.31 | Passive microrheology reveals anisotropic intracellular activity — •Sarah Louisa Lädke, Till Moritz Münker, Matthias Krüger, and Timo Betz |
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15:00 | BP 7.32 | Forces in oocyte deformation analyzed via shear flow deformability cytometry — •Merle Duchêne, Bart Vos, Jordan Dieter Groh, Pratima Sawant, and Timo Betz |
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15:00 | BP 7.33 | Linking Theory and Experiment: RBC Deformation in a Cross-Shaped Microfluidic Channel — •Clara Gremmelspacher, Stephan Gekle, and Manouk Abkarian |
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15:00 | BP 7.34 | Mechanistic Insights into PFAS Interactions with Biological Membranes — •Samuel Türken, Doreen Biedenweg, Janet Krüger, Stefanie Spiegler, Bob Fregin, Wibke Busch, and Oliver Otto |
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15:00 | BP 7.35 | Bat thermomechanics of red and white blood cells as a blueprint for human hibernation — •Bob Fregin, Doreen Biedenweg, Gerald Kerth, and Oliver Otto |
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15:00 | BP 7.36 | Enhancing optical parameters of platelets in real-time deformability cytometry — •Tristan Franke, Bob Fregin, Doreen Biedenweg, Lucia Wegbünder, and Oliver Otto |
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15:00 | BP 7.37 | Microparticle traction force microscopy for DNA microparticles based on experimental and computational advances — •Bastian K. Kraus, Simon Brauburger, Tobias Walther, Tobias Abele, Kerstin Göpfrich, and Ulrich S. Schwarz |
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15:00 | BP 7.38 | A fast & quantitative method to study membrane elasticity of suspended cells — •Eric Sündermann, Bob Fregin, Doreen Biedenweg, Jan Wilder, Stefanie Spiegler, and Oliver Otto |
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15:00 | BP 7.39 | The nature of correlations in the fractional Kelvin-Voigt model — •Dorian Marx, Raffaele Mendozza, Till Moritz Münker, Peter Sollich, and Timo Betz |
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15:00 | BP 7.40 | The biophysical response of HL60 cells to a millisecond osmotic stress — •Lucia Wegbünder, Eric Sündermann, Lea Graichen, Doreen Biedenweg, Marta Urbanska, and Oliver Otto |
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15:00 | BP 7.41 | Mechanical and Viscoelastic Characterisation of Giardia duodenalis Trophozoites Using SCFS and nDMA — •Johannes Mischo, Maike Derenek, Markus Bischoff, Karin Jacobs, Chistian Klotz, Anton Aebischer, and Philipp Jung |
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15:00 | BP 7.42 | Dynamics of confined immune cell migration — •Santiago Kuhl and Joachim Rädler |
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15:00 | BP 7.43 | Structural changes of sarcomeres in iPSC-derived 3D engineered skeletal muscle after laser-induced injury — •Lisa-Marie Scharfenstein, Daniel Härtter, Mahboubeh Farajian, Mattias Luber, Timo Betz, Wolfram Zimmermann, and Arne Hofemeier |
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15:00 | BP 7.44 | What we learned from 6000 patient blood samples measured with deformability cytometry: age, biomarkers, and disease mechanotypes — •Markéta Kubánková, Lena Summa, Maximilian Schlögel, Martin Kräter, Manfred Rauh, Markus Metzler, and Jochen Guck |
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15:00 | BP 7.45 | Investigating the role of the membrane-associated cytoskeleton in neuronal action potential propagation — •Julia Butzke and Kristian Franze |
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15:00 | BP 7.46 | Characterizing the Effective Membrane Tension Response to Substrate Stiffness Using AFM and Optical Tweezers — •Tina Borić, Maria Villamarin, Julia Butzke, Eva Kreysing, and Kristian Franze |
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15:00 | BP 7.47 | Topologically invariant coordinates for dynamic epithelia undergoing morphogenesis — •Paweł Korzeb, Marko Popović, and Frank Jülicher |
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15:00 | BP 7.48 | BeadBuddy: Multiscale shape analysis of in-vivo stress sensors for force inference — •Alejandro Jurado Jiménez, Jonas Isensee, Arne Hofemeier, Lea Johanna Krüger, Raphael Wittkowski, Ramin Golestanian, Philip Bittihn, and Timo Betz |
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15:00 | BP 7.49 | Mechanics of reconstituted cardiac microtissues — •Polina Malova, Mattias Luber, Noemie Veyret, Anna Mukhina, Till Münker, and Timo Betz |
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15:00 | BP 7.50 | Connecting tissue stiffness and glycosylation patterns in the developing brain — •Sarah Fritsche, Sebastián Vásquez-Sepúlveda, Leonhard Möckl, and Kristian Franze |
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15:00 | BP 7.51 | Cellular shape anisotropy couples to morphogen transport to drive pattern formation — •Stefan Nienhaus and Diana Khoromskaia |
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15:00 | BP 7.52 | Quantifying vascular morphology on a chip — •Leonie Karr |
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15:00 | BP 7.53 | Mechanics of spinal cord regeneration in Xenopus laevis — •Maria Tarczewska and Kristian Franze |
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15:00 | BP 7.54 | Dimensionality and confinement reshape competition in cellular renewing active matter — •Patrick Zimmer, Philip Bittihn, and Yoav G. Pollack |
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15:00 | BP 7.55 | Remotely Actuated Elastic Meta-Lattices using Bjerknes Forces — •Laurin Sartori, Peer Fischer, and Athanasios G. Athanassiadis |
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15:00 | BP 7.56 | Direct Measurement and Enhancement of Piezoelectric Fields around Microparticles in an Ultrasound Field — •Mareike Stoll, Honorata Kazimierczak, Peer Fischer, and Athanasios Athanassiadis |