Berlin 2024 – wissenschaftliches Programm
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BP: Fachverband Biologische Physik
BP 15: Poster IIb
Dienstag, 19. März 2024, 18:00–20:30, Poster F
Bioimaging, Biomaterials and Biopolymers
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18:00 | BP 15.1 | A Next-Generation qPlus-Sensor-Based AFM Setup: Resolving Archaeal S-Layer Protein Structures in Air and Liquid — Theresa Seeholzer, Daniela Tarau, Lea Hollendonner, Andrea Auer, Reinhard Rachel, Dina Grohmann, Franz J. Giessibl, and •Alfred J. Weymouth |
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18:00 | BP 15.2 | High-resolution chemical imaging of model system Bacillus subtilis using mid-IR photo-induced force microscopy (PiF-IR) — •Selema Buzhala, Robin Schneider, Maryam Ali, Astrid Tannert, Sebastian Unger, Rainer Heintzmann, Ute Neugebauer, and Daniela Täuber |
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18:00 | BP 15.3 | Robust and fast sorting of droplets in microfluidic devices by droplet size and droplet content based on bright field and fluorescent information — •Jonas Pfeil, Patricia Schwilling, and Othmar Marti |
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18:00 | BP 15.4 | Scanning small angle x-ray scattering of hydrated cells in flow environment — •Boram Yu, Mangalika Sinha, Rita Mendes da silva, Peter Luley, Manfred Burghammer, and Sarah Köster |
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18:00 | BP 15.5 | Structure and mechanics of actomyosin contractility in hiPSC cardiomyocytes — •Mangalika Sinha, Boram Yu, Rita Mendes da Silva, Isabelle Refke, Manfred Burghammer, Ulrike Rölleke, and Sarah Köster |
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18:00 | BP 15.6 | Insights from live non-linear microscopy imaging: comparative analysis of temperature-induced mitochondrial morphology shifts using standard versus machine-learning method — •Marta Bukumira, Aleksandra Vitkovac, Tanja Pajić, Marina Stanić, Mihailo Rabasović, and Nataša V. Todorović |
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18:00 | BP 15.7 | Functionalization of carbon nanoparticles for a cellular application — •Carla Sprengel, Lennard Fastabend, Cathrin Nollmann, and Thomas Heinzel |
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18:00 | BP 15.8 | Multifunctional Photoluminescent Quantum dots as Amplifiers for 1O2 Generation and Synergistic Enhanced Photodynamic Therapy — •Zahid Ullah Khan, Latif Ullah Khan, Hermi Felinto de Brito, and Paolo Di Mascio |
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18:00 | BP 15.9 | In vivo Actin staining approaches validated using structured illumination and expansion microscopy — •Shangjun Cheng, Sara Gjeci, Aleksandar Rusevski, Patrick Then, Hans-Dieter Arndt, Rainer Heintzmann, Daniela Täuber, and Adrian T. Press |
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18:00 | BP 15.10 | Combining fluorescence lifetime imaging and expansion microscopy for investigation of Actin staining approaches — •Elza Sunil, Shangjun Cheng, Subham Adak, Sara Gjeci, Aleksandar Rusevski, Hans-Dieter Arndt, Adrian T. Press, Daniela Täuber, and Rainer Heintzmann |
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18:00 | BP 15.11 | Synchronisation of confocal laser scanning and single photon counting in a homebuilt Fluorescence lifetime imaging microscopy (FLIM) setup — •Subham Adak, Elza Sunil, Monalisa Goswami, Daniela Täuber, and Rainer Heintzmann |
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18:00 | BP 15.12 | Oxygen Measurements of single Red Blood Cells by Lightmicrospy — •Sarah Tabea Hermes, Agatha Belen Pinto Pino, Thomas John, and Christian Wagner |
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18:00 | BP 15.13 | Monitoring the developmental dynamics of cysts with light sheet microscopy — •Ivana Jeremic, Paula Gironés Payá, Florian Rehfeldt, and Matthias Weiss |
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18:00 | BP 15.14 | Quantum optics meets microscopy - An ultra-sensitive resonator microscope for nano- and life sciences — •Florian Steiner, Rute Fernandes, Maerpreet Arora, and Thomas Hümmer |
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18:00 | BP 15.15 | MINFLUX allows measuring the Measuring Mean Back Relaxation in cells using fluorescent probes — •Tobias Deisel, Till Münker, Bart Vos, and Timo Betz |
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18:00 | BP 15.16 | Motility of Salmonella Typhimurium above and within mucus — •Kevin Diestelhorst, Fereshteh Ghazisaeedi, Anton Klimek, Sebastian Braetz, Karsten Tedin, Marie Weinhart, Roland Netz, Marcus Fulde, and Stephan Block |
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18:00 | BP 15.17 | Adapting your super-resolution microscope setup to the sample requirements — •Florian Schock and Christoph Cremer |
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18:00 | BP 15.18 | Electro-optic imaging for a lightsheet based fluorescence lifetime imaging microscope (FLIM) — •Nils Bode, Adam Bowman, Dara Dowlatshahi, Rose Knight, Soichi Wakatsuki, and Mark Kasevich |
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18:00 | BP 15.19 | Visualizing Molecular Dynamics with High-Speed Tip-Scanning Atomic Force Microscopy — •Jörg BArner, Andre Körnig, Thomas Henze, and Heiko Haschke |
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18:00 | BP 15.20 | Virtual 3D Histology using Synchrotron Radiation: Present Status of GINIX, Outlook to PETRA IV — •Markus Osterhoff and Tim Salditt |
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18:00 | BP 15.21 | Infrared optical and thermal properties of snail shells — •Natanja Elliger, Bruno Gompf, Heinz-R. Köhler, and Martin Dressel |
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18:00 | BP 15.22 | Rate-independent hysteretic energy dissipation in collagen fibrils — •Martin Dehnert, Paul Zech, Alexandra Bendixen, Andreas Otto, and Robert Magerle |
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18:00 | BP 15.23 | Haptic Perception of Nanomechanical Surface Properties — •Paul Zech, Martin Dehnert, Alexandra Bendixen, Andreas Otto, and Robert Magerle |
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18:00 | BP 15.24 | Influence of water content on nanomechanical properties of native tendon tissue — •Mario Zerson, Martin Dehnert, Paul Zech, and Robert Magerle |
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18:00 | BP 15.25 | Triacylglycerides influence water content and nanomechanical properties of collagen fibrils — Martin Dehnert, •Tiberius Klose, Yang Pan, Dietrich R. T. Zahn, and Robert Magerle |
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18:00 | BP 15.26 | Simulating synthetic, DNA-based systems across different scales — •Aaron Gadzekpo, Xenia Tschurikow, Mai Tran, Rakesh Chatterjee, Vasily Zaburdaev, Kerstin Göpfrich, and Lennart Hilbert |
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18:00 | BP 15.27 | How Crowding and Confinement change the Phase Behavior of Intrinsically Disordered Nuclear Proteins — •Janka Bauer, Dorothee Dormann, and Arash Nikoubashman |
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18:00 | BP 15.28 | Structural motif stability of bacteriophage MS2 RNA packaging signals upon changes in their flanking sequence — •Veronika Bukina and Anže Božič |