Dresden 2020 – wissenschaftliches Programm
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BP: Fachverband Biologische Physik
BP 20: Poster VIII
Dienstag, 17. März 2020, 14:00–16:00, P2/4OG
Bioimaging and Biospectroscopy (BP 18.1 – BP 18.26)
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14:00 | BP 20.1 | High-throughput scanning SAXS of desmin-expressing cells — •Chiara Cassini, Manfred Burghammer, Harald Herrmann, and Sarah Köster |
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14:00 | BP 20.2 | Studying molecular interactions with a combination of microfluidics and FFS — •Eleonora Perego and Sarah Köster |
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14:00 | BP 20.3 | Imaging single glycans — •Xu Wu, Martina Delbianco, Kelvin Anggara, Stephan Rauschenbach, Sabine Abb, Peter Seeberger, and Klaus Kern |
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14:00 | BP 20.4 | Asymmetries & gradients during early C. elegans embryogenesis — •Rebecca Benelli, Philipp Struntz, Dirk Hofmann, and Matthias Weiss |
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14:00 | BP 20.5 | The relative densities of cell cytoplasm, nucleoplasm, and nucleoli are robustly conserved during cell cycle and drug perturbations — •Kyoohyun Kim and Jochen Guck |
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14:00 | BP 20.6 | Biocompatible fluorescence modulating nanocoatings for sharper and faster screening applications — •Deyan Nestorov, Julia Fender, Kristina Lorenz, and Katrin G. Heinze |
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14:00 | BP 20.7 | Metal Induced Energy Transfer for Structural Analysis of Focal Adhesions via Actin Stress Fiber Angles — •Lydia Rebehn, Fabian Port, and Kay-E. Gottschalk |
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14:00 | BP 20.8 | Investigating nanoplasmonic membranes as cellular strain sensors — •Peter Kolb and Kay-E. Gottschalk |
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14:00 | BP 20.9 | Investigation of Actin near the Basal Membrane of Living Cells using Metal Induced Energy Transfer — •Fabian Port, Ulla Nolte, Peter Kolb, Carolin Grandy, and Kay-E. Gottschalk |
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14:00 | BP 20.10 | Micropatterning on Gold Surfaces for Biophysical Applications — •Carolin Grandy, Peter Kolb, Fabian Port, and Kay-E. Gottschalk |
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14:00 | BP 20.11 | Surface functionalization of Nanodiamonds — •Svenja Maurer, Frederike Erb, Karolina Zeh, and Kay-E. Gottschalk |
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14:00 | BP 20.12 | Fluorescent nanodiamond as a detector for magnetic field fluctuations — •Frederike Erb and Kay-E. Gottschalk |
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14:00 | BP 20.13 | Nanomechanics of collagen fibrils in native tendon — •Martin Dehnert, Anke Bernstein, and Robert Magerle |
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14:00 | BP 20.14 | Femtosecond laser cell surgery and wound healing on Drosophila embryos — •Elena Ramela Ciobotea, Ruby van Dijk, Bastian Zielinski, Mostafa Aakhte, Cristian Sarpe, Arne Senftleben, H.Arno J. Müller, and Thomas Baumert |
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14:00 | BP 20.15 | Development of a fast real time sub-pixel accurate multi particle tracking system — •Jonas Pfeil, Daniel Geiger, Tobias Neckernuss, and Othmar Marti |
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14:00 | BP 20.16 | Local membrane height dynamics of live cells — •Max Ulbrich, Christian Völkner, Regina Lange, Heiko Lemcke, Robert David, Martina Grüning, Barbara Nebe, Ingo Barke, and Sylvia Speller |
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14:00 | BP 20.17 | High throughput sorting in droplet-based microfluidics — •Patricia Schwilling, Tobias Neckernuss, Daniel Geiger, Jonas Pfeil, Ralf Schuster, Lisa Kwapich, and Othmar Marti |
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14:00 | BP 20.18 | Wavelength and pressure dependent measurement of the retinal radiation exposure during diaphanoscopic illumination — •Nicole Sieber, Philipp Kölbl, Christian Lingenfelder, Kathrin Stucke-Straub, Sebastian Kupferschmid, and Martin Hessling |
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14:00 | BP 20.19 | First steps toward reversible protein immobilization on conductive carbon nanomaterials — •Lara Jorde, Zehao Li, Jacob Piehler, Changjiang You, and Carola Meyer |
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14:00 | BP 20.20 | Single molecule localization microscopy in front of a tuned mirror — •Hannah S. Heil, Marie-Christine Dabauvalle, Sven Höfling, Martin Kamp, Markus Sauer, and Katrin G. Heinze |
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14:00 | BP 20.21 | The Structure of Red Blood Cells' Aggregates — •Mehrnaz M. Babaki and Minne Paul Lettinga |
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14:00 | BP 20.22 | Divergence-free smoothing for 3D direct traction force microscopy — •Johannes Blumberg and Ulrich Schwarz |
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14:00 | BP 20.23 | XPS evaluation of enzymatically oxidized nanocellulose from tunicate biomass — •Philipp Moritz, Oliver Höfft, Anthi Karnaouri, Paul Christakopoulos, Ulrika Rova, Georgia Sourkouni, and Wolfgang Maus-Friedrichs |
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14:00 | BP 20.24 | Point Spread Function engineering in real time for iSCAT — •Vivien WALTER and Mark WALLACE |
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14:00 | BP 20.25 | Development of a flat-top laser excitation for TIRF microscopy-based single molecule FRET experiments — •Wubulikasimu Yibulayin and David Dulin |
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14:00 | BP 20.26 | Low-budget High-resolution Fluorescence Microscope — •Leon Claassen, Lukas Lechler, Florian Schwarz, and Jens Pflaum |