Posters

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Engineering

P1.01 - Understanding minimal spindle positioning in cell-like confinement - Yash Jawale; Eli van der Sluis, Marileen Dogterom; TU Delft DELFT

P1.02 - Quantitative nanoscale MRI for early detection of sepsis - Yuanyuan Chai; University of Groningen GRONINGEN

P1.03 - Development of an integrated lab-on-a-chip system to establish a synthetic cell cycle - Bert van Herck; Gijsje Koenderink, Cees Dekker; Technische Universiteit Delft DELFT

P1.04 - Need for speed: Imaging biological ultrastructure with a 64-beam electron microscope - Arent J. Kievits 1; B. H. Peter Duinkerken 2, Ben N. G. Giepmans 2, Jacob P. Hoogenboom 3; 1 Delft University of Technology DELFT Netherlands, 2 UMCG GRONINGEN Netherlands, 3 TU Delft DELFT

P1.05 - Outstanding fast & deep confocal imaging with NL5 for long-term live cell imaging   - Melvin Le Bihan; Confocal.nl AMSTERDAM

P1.06 - GUVs: the interface of biophysics and synthetic biology. Diffusion and metabolism in synthetic cells - Jelmer Coenradij; University of Groningen GRONINGEN

P1.07 - Improving resolution in 3D multiplane SOFI - Miyase Tekpinar; Ran Huo, Klarinda de Zwaan, Moritz Engelhardt, Nergis Tomen, Kristin Grussmayer; Delft University of Technology DELFT

Experimental techniques

P2.01 - Nano stars, big results: enhancing voltage-sensitive fluorescence with gold nanoparticles - Marco Locarno; Technische Universiteit Delft DELFT

P2.03 - Molecular tractor beams, Lakeview + Stroopwafels? Speeding up real-time single molecule measurements - Bärbel Lorenz, Maurice Hendriks; LUMICKS AMSTERDAM

P2.04 - Progress in understanding tissue clearing - Ali Fakhrolmobasheri; Alwin Jansen, Pushpa Rampratap, Marco van den Noort, Bert Poolman, Erik van der Giessen, Patrick C.A. van der Wel; University of Groningen GRONINGEN

P2.05 - MRI of the diaphragm: characterizing motion and microstructural properties in ICU patients - Myrte Wennen 1; Annemijn Jonkman 1, Lilian Meijboom 2, Gustav Strijkers 2, Coen Ottenheijm 2, Aart Nederveen 2, Leo Heunks 1, Oliver Gurney-Champion 2; 1 Erasmus MC ROTTERDAM Netherlands, 2 Amsterdam UMC AMSTERDAM

P2.06 - Extracting the DNA damage repair foci from a living cell - Vijayendra Shastri 1; Maarten Paul 2, Roland Kanaar 2, Murali Krishna Ghatkesar 1; 1 TU Delft DELFT Netherlands, 2 Erasmus MC ROTTERDAM

P2.07 - Directed evolution of Archaerhodopsin-3 derived QuasAr1 for two-photon voltage imaging - Srividya Ganapathy, Xin Meng; Marco Post, Daan Brinks; Delft University of Technology DELFT

P2.08 - Fully automating 3D cell tracking analysis by using a probabilistic framework - Max Betjes 1; Rutger Kok 2, Sander Tans 1, Jeroen van Zon 1; 1 AMOLF AMSTERDAM Netherlands, 2 UMC Utrecht UTRECHT

P2.09 - Multiscale morphometric analysis in fibroblast-to-myofibroblast phenotype transition - Mirko D'Urso; Nicholas Kurniawan; Eindhoven University of Technology EINDHOVEN

P2.10 - Linking transcription to chromatin landscape using single-molecule nucleosome mapping - Gert-Jan Kuijntjes 1; John van Noort 1, Tineke Lenstra 2; 1 Leiden university LEIDEN Netherlands, 2 Netherlands Cancer Institute AMSTERDAM

P2.11 - Label-free identification of protein aggregates and hallmarks of cytopathology using deep learning - Kristin Grussmayer 1; Khalid A. Ibrahim 2, Moritz Engelhardt 1, Nathan Riguet 2, Lely Feletti 2, Hilal A. Lashuel 2, Aleksandra Radenovic 2; 1 TUD DELFT Netherlands, 2 École Polytechnique Fédérale de Lausanne (EPFL) LAUSANNE Switzerland

P2.12 - Cryo-4Pi single molecule localization microscopy: A 3D sub-nm imaging technique - Qingru Li; Bernd Rieger, Sjoerd Stallinga; Delft University of Technology DELFT

P2.13 - Sensing single bacteria with graphene - Aleksandre Japaridze; Irek Roslon; SoundCell DELFT

P2.14 - Instruct-NL: Structural biology for the Netherlands and beyond - Hans Wienk; Netherlands Cancer Institute AMSTERDAM

P2.15 - The prevalence of titanium dioxide in synovial fluid samples drops after European Union ban - Tom Niessink 1; Matthijs Janssen 2, Tim Janssen 2, Cees Otto 1; 1 MCBP ENSCHEDE Netherlands, 2 VieCuri Medisch Centrum VENLO

P2.16 - High-throughput correlative force-fluorescence spectroscopy to unravel dynamics of DNA replication - Saurabh Talele; Xiangcheng Chen, Shih-Te Hung, Nynke Dekker, Carlas Smith; Technische Universiteit Delft DELFT

P2.17 - Multispecific DNA coatings for self-assembly - Tine Stevens; Eindhoven University of Technology EINDHOVEN

P2.18 - Studying de novo nucleosome assembly during eukaryotic DNA replication with single-molecule approach - Pang-Yen Wang; Zhaowei Liu, Julien Gros, Theo van Laar, Nynke Dekker; TU Delft DELFT

P2.19 - CarboTag: a new method for the development of plant cell wall targeting functional probes - Maarten Besten; Wageningen University WAGENINGEN

P2.20 - Expansion microscopy resolves the thylakoid structure - Peter Bos; Jarne Berentsen, Emilie Wientjes; Wageningen University & Research WAGENINGEN

P2.21 - A high-throughput magnetic tweezers – TIRF assay to investigate protein-nucleic acids interactions - M.Sadegh Feiz 1; Yibulayin Wubulikasi 2, Salina Quack 1, Subhas C. Bera 2, Flavia S. Papini 2, Asif Rakib 1, David Dulin 1; 1 Vrije University Amsterdam AMSTERDAM Netherlands, 2 FAU Erlangen Nuremburg ERLANGEN Germany

P2.22 - Explore the unseen: How to monitor cell weight just by looking at them - Zuzana Nováková; Aneta Křížová; Telight BRNO Czech Republic

P2.23 - Live visualization of the Klf4 locus in mouse embryonic stem cells - Jente van Staalduinen; Hélène Kabbech, Ihor Smal, Frank Grosveld; Erasmus Medical Center ROTTERDAM

P2.24 - Computational scattered light imaging for visualizing fiber pathways in densely interwoven networks - Loes Ettema; Hamed Abbasi, Miriam Menzel; Delft University of Technology DELFT

P2.25 - Understanding liquid condensates with raster image correlation spectroscopy - Brent Visser; Wojciech Lipiński, Evan Spruijt, Iris Smokers; Radboud University NIJMEGEN

P2.26 - Automated STED nanoscopy for high-throughput imaging of cellular structures - Frank Mol; Eline de Lange, Rifka Vlijm; Zernike Institute for Advanced Materials GRONINGEN

P2.27 - Deconstruction of norovirus-like particles - Jennifer Rothe 1; Yuzhen Feng 2, Lars Thiede 3, Charlotte Uetrecht 3, Wouter H. Roos 2; 1 Zernike Institute for Advanced Materials, Center for Structural Systems Biology GRONINGEN Netherlands, 2 Zernike Institute for Advanced Materials GRONINGEN Netherlands, 3 Center for Structural Systems Biology HAMBURG Germany

P2.28 - Exploring the mechanisms of action of Remdesivir on viral RNA polymerase using magnetic tweezers - Arnab Das 1; Quinte Madelief Smitskamp 1, Joy Feng 2, Craig E. Cameron 3, Jamie Arnold 3, Thomas K. Anderson 4, Robert N. Kirchdoerfer 4, David Dulin 1; 1 Vrije Universiteit Amsterdam AMSTERDAM Netherlands, 2 Gilead Sciences FOSTER CITY United States, 3 University of North Carolina CHAPEL HILL United States, 4 University of Wisconsin-Madison MADISON United States

P2.29 - Effect of ex-vivo Huntington disease mouse model brain seeds on the structure of in-vitro fibrils - Greeshma Jain 1; Nancy Neuendorf 2, Annett Böddrich 2, Alessia Lasorsa 1, Erich Wanker 2, Patrick Van der Wel 1; 1 Zernike Institute for Advanced Materials GRONINGEN Netherlands, 2 Max-Delbrück-Centrum für Molekulare Medizin (MDC) BERLIN Germany

P2.30 - Deciphering how nucleotide analog CMX-8521-TP disrupts the activity of the SARS-CoV-2-polymerase - Asif Rakib 1; Quinte M. Smitskamp 1, Thomas K. Anderson 2, Robert N. Kirchdoerfer 2, Nathaniel J. Moorman 3, Matthias Götte 4, Scott Foster 5, Heidi Colton 5, Randall Lanier 5, David Dulin 1; 1 Vrije Universiteit Amsterdam AMSTERDAM Netherlands, 2 University of Wisconsin-Madison MADISON United States, 3 University of North Carolina Chapel Hill CHAPLE HILL United States, 4 University of Alberta EDMONTON Canada, 5 CHIMERIX DURHAM United States

P2.31 - Photocontrolled polyglutamine b-hairpin folds in Huntington amyloid fibers - Raffaella Parlato 1; Jana Volarić 2, Alessia Lasorsa 1, Mahdi Helabad 3, Piermichele Kobauri 1, Greeshma Jain 1, Markus Miettinen 4, Ben Feringa 5, Wiktor Szymanski 6, Patrick van der Wel 1; 1 Zernike Institute for Advanced Materials GRONINGEN Netherlands, 2 Imperial College London LONDON United Kingdom, 3 University Medical Center LEIPZIG Germany, 4 University of Bergen BERGEN Norway, 5 Stratingh Institute for Chemistry GRONINGEN Netherlands, 6 Medical Imaging Center GRONINGEN

P2.32 - Unraveling the Role of Phosphorylation of Tau in Neurodegeneration: A Nano-Chemical Perspective - Visakh Pillai 1; Tom Smeding 1, David Klenerman 2, Francesco Simone Ruggeri 1; 1 Wageningen University and Research WAGENINGEN Netherlands, 2 University of Cambridge CAMBRIDGE United Kingdom

P2.33 - Cell type prediction from nucleus shape in intestinal organoids - Rutger Kok 1; Nguyen Nguyen 1, Xuan Zheng 2, Jeroen van Zon 3, Sander Tans 3, Maria Rodriguez Colman 1; 1 UMC Utrecht UTRECHT Netherlands, 2 Hubrecht Institute UTRECHT Netherlands, 3 AMOLF AMSTERDAM

P2.34 - Exploration of single-molecule protein dielectrophoresis by means of trapping and actuation - Janike Bolter 1, Jamal Soltani 1; Jacco Ton 2, Théo Travers 2, Dmytro Shavlovskyi 1, Daniel Wijnperle 1, Michel Orrit 2, Sergii Pud 1; 1 University of Twente - EEMC ENSCHEDE Netherlands, 2 Huygens-Kamerlingh Onnes Laboratory LEIDEN

P2.35 - Learning visual hallmarks of cytopathology in Huntington’s disease via quantitative phase imaging - Moritz Engelhardt 1; Khalid Ibrahim 2, Kristin Grussmayer 1, Alexandra Radenovic 2, Hilal Lashuel 2; 1 TU Delft, Faculty of Applied Science DELFT Netherlands, 2 École Polytechnique Fédérale de Lausanne LAUSANNE Switzerland

P2.36 - Single-molecule proteomics measurements with a nanopore sequencer - Justas Ritmejeris 1; Ian Nova 1, Henry Brinkerhof 1, Theo Koenig 1, Jens Gundlach 2, Cees Dekker 1; 1 TU Delft DELFT Netherlands, 2 University of Washington SEATTLE United States

P2.37 - Absolute voltage imaging in developing zebrafish - ZhenZhen Wu; Delft University of Technology DELFT

P2.38 - Looking at the whole picture: Role of BRCA2 in DNA damage repair using volumetric imaging - Arti Tyagi 1; Moritz Engelhardt 1, Roland Kanaar 2, Maarten Paul 2, Kristin Grußmayer 1; 1 TU Delft DELFT Netherlands, 2 Erasmus MC ROTTERDAM

P2.39 - Advancing medical imaging with tissue clearing: assessing IRDye800CW labeled drug stability - Nawal Aledlbi; Zernike Institute GRONINGEN

P2.40 - Evaluation of mechanical properties using Atomic Force Microscopy: from liposomes to polymersomes - Sajitha Sasidharan 1; Zanetta Ferdinando 2, Daphne Montizaan 3, Caterina Presutti 4, Bert Poolman 4, Anna Salvati 3, Wouter Roos 2; 1 University of Groningen GRONINGEN Netherlands, 2 Zernike Institute for Advanced Materials GRONINGEN Netherlands, 3 Groningen Research Institute of Pharmacy GRONINGEN Netherlands, 4 Department of Biochemistry GRONINGEN

P2.41 - Single-molecule detection of phosphorylation PTM in protein - Moon Hyeok Choi, Chirlmin Joo; Mike Filius; Delft University of Technology DELFT

P2.42 - Antarctic photosynthesis: Energy transfer in diatoms - Shu En Lee 1; Willem van de Poll 2, Volha Chukhutsina 1; 1 Vrije Universiteit Amsterdam AMSTERDAM Netherlands, 2 Rijksuniversiteit Groningen GRONINGEN

P2.43 - Rotated fourier transform: Analysing microstructure in plant-protein extrudates using microscopy - Martijn Gobes 1; John van Duynhoven 2, Johannes Hohlbein 1; 1 Wageningen University & Research WAGENINGEN Netherlands, 2 Unilever Global Foods Innovation Centre WAGENINGEN

P2.44 - High density modulation-enhanced localization microscopy using a deep learning approach - Jelmer Cnossen; VU Amsterdam AMSTERDAM

P2.45 - Ultra broadband superconducting nanowire single-photon detectors (SNSPDs) in microscopy and imaging - Amin Fakhree; Martin Caldarola, Niels Noordzij, Niels Los, Andreas Fognini; Single Quantum DELFT

P2.46 - Interpreting Intentions: Information transmission as a technique to investigate bacterial motility - Evan Usher; AMOLF AMSTERDAM

P2.47 - Real-time NMR recording of fermentation and lipid metabolism processes in live microalgae cells - Anjali Pandit; Leiden University LEIDEN

P2.48 - Nanobodies customizable probes for multiplexing with DNA-PAINT - Myron Hensgens; Delft University of Technology BERKEL EN RODENRIJS

P2.49 - Applications of conical diffraction to super-resolution fluorescence microscopy - Gabriel Sirat 2; Caroline Peron-Cane 1, Alexandra, Breanne Schroeder 1, Tom Sperber 1; 1 Telight BRNO Czech Republic, 2 BioAxial SAS PARIS France

P2.50 - DyeCycling in zero-mode waveguides expands smFRET observation times more than an order of magnitude - Sonja Schmid 1, Benjamin Vermeer 1; Dong Hoon Shin 2, Sabina Caneva 2; 1 Wageningen University & Research WAGENINGEN Netherlands, 2 Technische Universiteit Delft DELFT

P2.51 - Advancing super-resolution microscopy with SPARXS - Carolien Bastiaanssen; Ivo Severins, Chirlmin Joo; Delft University of Technology DELFT

P2.52 - Revealing nanoscale biology in intact brain circuitry with expansion microscopy - Albert K. Serweta; Hugo G.J. Damstra, Josiah B. Passmore, Ioannis Koutlas, Frank J. Meye, Lukas C. Kapitein; Utrecht University UTRECHT

P2.53 - Light sheet fluorescence microscopy for gel-embedded tumoroid imaging - Konstantinos Andreadis; Elise Camilleri, Rick Rodrigues de Mercado, Klara Beslmüller, Erik Danen, Esmee Adegeest, Stefan Semrau, Thomas Schmidt; Leiden University LEIDEN

P2.54 - 3D correlative live-to-cryo light and electron microscopy shows collagen development in fish scale - Rona Roverts 1, Ben Joosten 1; Robin van der Meijden 1, Marit de Beer 1, Deniz Daviran 1, Luco Rutten 1, Judith Schaart 1, Matthijn Vos 2, Elena Macias-Sanchez 3, Juriaan Metz 1, Anat Akiva 1, Nico Sommerdijk 1; 1 Radboud Universitair Medisch Centrum NIJMEGEN Netherlands, 2 Institute Pasteur PARIS France, 3 University of Granada GRANADA Spain

P2.55 - Investigation of molecular vibrations of proteins using a nanophotonic environment - Mohammadreza Aghdaee 1, Oluwafemi Ojambati 2; Sharif Zaidouni 1, Gulsen Gork 1; 1 University of Twente ENSCHEDE Netherlands, 2 Twente University ENSCHEDE

P2.56 - Magnetic resonance to quantitatively assign multicomponent structural phases in protein extrudates - Sam Kuijpers; Thom Huppertz, John van Duynhoven, Camilla Terenzi; Wageningen University & Research WAGENINGEN

P2.57 - Progress in understanding the development of transparency during tissue clearing - Langjian Dong 1; Marianne Westerhof 2, Erik van der Giessen 2, Pieter Jan van der Zaag 2; 1 Groningen University GRONINGEN Netherlands, 2 Groningen University GRONINGEN

P2.58 - Beyond the Pattern - (re)constructing surface patterns inspired by Min - Sabrina Meindlhumer 1; Eva Bertosin 1, Jaco van der Torre 1, Alex Joesaar 1, Henrik Weyer 2, Ching Yee Leung 2, Laeschkir Würthner 2, Jacob Kerssemakers 1, Erwin Frey 2, Cees Dekker 1; 1 Delft University of Technology DELFT Netherlands, 2 Ludwig-Maximilians-Universität München MUNICH Germany

P2.59 - Unravelling coronavirus RNA synthesis and condensation using STED microscopy - Valerie Klaus; University of Groningen GRONINGEN

P2.60 - Magnetic tweezers force spectroscopy to probe low force regulations in proteins - Caroline Körösy; Stefanie D. Pritzl, Jan Lipfert; Debye Institute UTRECHT

P2.61 - Visualizing DNA-protein interactions - Kasper Arfman; Hanne van der Kooij, Joris Sprakel; Wageningen University and Research WAGENINGEN

P2.62 - Falsifying computational models of angiogenesis through comparison of in vitro to in silico networks - Tessa Vergroesen; Vincent Vermeulen, Roeland Merks; Leiden University LEIDEN

P2.63 - Replicating the K2: an open-source triple-color TIRF microscope for single-molecule imaging - Raquel Martinez Gonzalez; Christian Niederauer, Kristina Ganzinger; AMOLF AMSTERDAM

P2.64 - Super-resolution optical fluctuation imaging accelerated by exchangeable oligonucleotide-based probe - Klarinda de Zwaan; Ran Huo, Myron Hensgens, Hylkje Geertsema, Kristin Grussmayer; TU Delft DELFT

P2.65 - Investigating sexual reproduction in arbuscular mycorrhizal fungi using FISH - Evelina Tutucci, Sander van Otterdijk; Brian van der Kieft, Jonathan Shklarek; Vrije Universiteit van Amsterdam AMSTERDAM

P2.66 - Trapping of 30 nm nanoparticles using nano-gap dielectrophoresis and optical scattering detection - Jacco Ton 1; Théo Travers 1, Michel Orrit 1, Sergii Pud 2; 1 Leiden University LEIDEN Netherlands, 2 University of Twente ENSCHEDE

P2.68 - Zero-mode waveguide nanowells for single-molecule detection in living cells - Nils Klughammer 2; Sora Yang 1, Anders Barth 2, Marvin E. Tanenbaum 1, Cees Dekker 2; 1 Hubrecht UTRECHT Netherlands, 2 Kavli Institute for Nanoscience DELFT

Molecules

P3.01 - Counting mRNAs: a single-molecule in vitro transcription (smIVT) assay - Vadim Bogatyr 1; Andreas Biebricher 1, Maike Hansen 2, Roel Maas 2, Wilhelm Huck 2, Gijs Wuite 1; 1 VU Amsterdam AMSTERDAM Netherlands, 2 Radboud University NIJMEGEN

P3.02 - Pulling on a single transmembrane protein: unfolding and potential domain-domain interactions - Lyan van der Sleen; Rijksuniversiteit Groningen GRONINGEN

P3.03 - Single molecule filming of DNA polymerase displacing single-stranded DNA binding protein - Longfu Xu; Erwin Peterman, Gijs Wuite; Vrije Universiteit Amsterdam AMSTERDAM

P3.04 - ESCRT III in membrane remodelling: A minimalistic model for membrane scission - Sourav Maity 1; Kimi Azad 2, Delphine Guilligay 2, Winfried Weissenhorn 2, Wouter H. Roos 1; 1 Zernike Institute, University of Groningen GRONINGEN Netherlands, 2 Institut de Biologie Structurale (IBS) GRENOBLE France

P3.05 - Elucidating Huntingtin amyloid formation with real-time visualization - Chris van Ewijk; ZIAM GRONINGEN

P3.06 - The segregase cdc48 at the single molecule level - Dhawal Choudhary 1; Jack Tait 1, Antoine Roland 1, Alexander Kroning 2, Johannes van den Boom 2, Matthias Kracht 2, Hemmo Meyer 2, Sander Tans 1; 1 AMOLF AMSTERDAM Netherlands, 2 University of Duisburg-Essen DUISBURG Germany

P3.07 - Decoding dissociation of sequence-specific protein-DNA complexes with non-equilibrium simulations - Thor van Heesch; Peter Bolhuis, Jocelyne Vreede; University of Amsterdam AMSTERDAM

P3.08 - Carbohydrate receptor binding triggers spike opening in a common cold betacoronavirus - Matti Pronker 1; Robert Creutznacher 2, Yifei Lang 2, Ieva Drulyte 3, Zeshi Li 1, Ruben Hulswit 2, Berend-Jan Bosch 2, Joost Snijder 1, Frank van Kuppeveld 2, Raoul de Groot 2, Daniel Hurdiss 2; 1 Bijvoet Center UTRECHT Netherlands, 2 Virology, Faculty of Veterinary Science UTRECHT Netherlands, 3 Thermo Fisher Scientific EINDHOVEN

P3.09 - Targeting intrinsically disordered regions through protein design - Bastiaan de Potter; Danny Sahtoe; Hubrecht Institute UTRECHT

P3.10 - Nascent collagen-III strongly misfolds: A single-molecule characterisation - Jack Tait; Sander Tans; AMOLF AMSTERDAM

P3.11 - Decoupled degradation and translation enables noise modulation by poly(A)-tails - Carmen Grandi 1; Martin Emmaneel 1, Frank Nelissen 1, Laura Roosenboom 2, Yoanna Petrova 1, Maike Hansen 1; 1 Institute for Molecules and Materials NIJMEGEN Netherlands, 2 TU/e EINDHOVEN

P3.12 - Protein crowders' surface properties steer Huntington exon1 aggregation - Jakub Haduła 1; Meng-Ruo Huang 2, Fabian Schmitz 1, Arnold Boersma 1; 1 Utrecht University UTRECHT Netherlands, 2 DWI Leibniz Institute for Interactive Materials AACHEN Germany

P3.13 - Single-molecule motion quantification of fully reconstituted CMG - Daniel Ramirez Montero 1; Humberto Sánchez 1, Edo van Veen 1, Theo van Laar 1, Belén Solano Hermosillo 1, John X. Diffley 2, Nynke Dekker 1; 1 Kavli Institute of Nanoscience DELFT Netherlands, 2 Francis Crick Institute LONDON United Kingdom

P3.14 - Telomeric Rap1 protein arrays stall DNA loop extrusion by condensin - Brian Analikwu; Delft University of Technology DELFT

P3.15 - Single-molecule detection of plant peptide hormone sulfation by nanopores - Xiuqi Chen 1; Justas Ritmejeris 1, Jasper van de Sande 2, Theo Koenig 1, Bauke Albada 2, Cees Dekker 1; 1 Technische Universiteit Delft DELFT Netherlands, 2 Wageningen University & Research WAGENINGEN

P3.16 - Stimulation of nascent chain compaction and folding by the chaperone trigger factor - Katharina Till; AMOLF AMSTERDAM

P3.17 - Using optical tweezers to observe RNA structure under different physiological conditions - Tycho Marinus; Kasia Tych; University of Groningen GRONINGEN

P3.18 - Seeing antibiotics in action by high-speed AFM - Adéla Melcrová; Yari Knelissen, Sourav Maity, Wouter H. Roos; Zernike Institute for Advanced Materials, University of Groningen GRONINGEN

P3.19 - Single-molecule dissection of MTF2 binding dynamics at target genes - Luuk Daris; Zubi Aimee Govers, Siebe van Genesen, Gert Jan Veenstra, Jorine Eeftens; RIMLS-Science NIJMEGEN

P3.20 - Quantitative analysis of Amyloid-β 1-42 aggregation kinetics in vivo - Mehmet Akdag, Tessa Sinnige; Bijvoet Centre Biomolecular Research UTRECHT

P3.21 - Emulating sister chromatid separation in vitro using optical tweezers - Tinka Clement 1; Christian Nielsen 2, Ian Hickson 2, Gijs Wuite 1; 1 Vrije Universiteit Amsterdam AMSTERDAM Netherlands, 2 University of Copenhagen COPENHAGEN Denmark

P3.22 - PH-dependent conformational changes of membrane protein PsbS - Anouska van Troost; Leidenuniversity LEIDEN

P3.23 - Amyloid aggregation by electron paramagnetic resonance - Leonardo Passerini, Martina Huber; Leiden University LEIDEN

P3.24 - Investigating the mechanisms of enzyme diffusion using mass photometry - Yulia Yancheva, Saniye Kaya, Katarzyna (Kasia) Tych, Marco Fraaije; University of Groningen

P3.25 - Structure and function of the global gene regulatory protein MucR - Bert van Erp; Leiden University LEIDEN

P3.26 - ParB-mediated DNA condensation on nicked and supercoiled DNA - Alejandro Martin-Gonzalez; Miloš Tišma; TUDelft DELFT

P3.27 - Protein condensation as a support mechanism for polarity establishment - Nynke Hettema; Liedewij Laan; Delft University of Technology DELFT

P3.28 - Microsphere-enhanced laser fabrication and fluorescence collection of quantum emitters in hBN - Xiliang Yang; Sabina Caneva; Tudelft DELFT

P3.29 - Anillin as a microtubule-actin crosslinker - Ilina Bareja 1; Ondrej Kucera 2, Irene Istúriz Petitjean 1, Jan Sabo 2, Zdenek Lansky 2, Marcus Braun 2, Gijsje Koenderink 1, Marileen Dogterom 1; 1 Delft University of Technology DELFT Netherlands, 2 BIOCEV Research Institute, Czech Academy of Sciences PRAGUE Czech Republic

P3.30 - Revealing the interaction between dsDNA and Hepatitis B virus capsid protein - Yanping Gong 1; Pedro Buzón 1, Rixt Bosma 1, Christine Kim 2, Steven Dunkelbarger 2, Adam Zlotnick 2, Wouter Roos 1; 1 Zernike Institute for Advanced Materials GRONINGEN Netherlands, 2 Molecular and Cellular Biochemistry Department BLOOMINGTON United States

P3.31 - The regulation of hdeAB by H-NS-mediated chromatin remodeling in E. coli - Pingzhuang Ge 1; Fatema zahra Rashid 2, Remus Dame 2; 1 Leiden University LEIDEN Netherlands, 2 Leiden University Leiden

P3.32 - Dwell time analysis of BLM helicase - Shyla Singh; Vrije Universiteit Amsterdam AMSTERDAM

P3.33 - Impact of NusG-paralog RfaH on transcribing bacterial RNA polymerase - Luca Buccolieri 1, David Dulin 4; Quinte Smitskamp 2, Bing Wang 3, Irina Artsimovitch 3; 1 VU Amsterdam AMSTELVEEN Netherlands, 2 Vrije Universiteit Amsterdam AMSTERDAM Netherlands, 3 Ohio State University COLUMBUS United States, 4 VU Amsterdam AMSTERDAM

P3.34 - Molecular recognition at the neuronal synapse - Agathe Henocq, Dimphna Meijer; Kavli Institute DELFT

P3.35 - Designer FG-nucleoporins reveal sequence-function relationship of nucleocytoplasmic transport - Anders Barth 1; Hendrik W. de Vries 2, Alessio Fragasso 3, Ashmiani van den Berg 3, Eli van der Sluis 3, Erik van der Giessen 2, Patrick R. Onck 2, Cees Dekker 3; 1 Delft University of Technology DELFT Netherlands, 2 Zernike Institute for Advanced Materials, University of Groningen GRONINGEN Netherlands, 3 Department of Bionanoscience, Delft University of Technology DELFT

P3.36 - Probing the transport mechanism of mycobacterium tuberculosis ESX-1 - Sneha Hakke; Maastricht University MAASTRICHT

P3.37 - Conformational dynamics of the N-terminal domain of the human androgen receptor - Vahid Sheikhhassani 1; Barbara Scalvini 2, Laurens Heling 1, Yosri Ayache 1, Eva Estébanez-Perpiñá 3, Iain McEwan 4, Alireza Mashaghi 1; 1 Leiden University LEIDEN Netherlands, 2 The University of the Faroe Islands TÓRSHAVN Denmark, 3 University of Barcelona BARCELONA Spain, 4 University of Aberdeen ABERDEEN United Kingdom

P3.38 - Flow dynamics of lipids in mycelium of arbuscular mycorrhizal fungi - Daan te Rietmole; AMOLF DELFT

P3.39 - How does cAMP modulate GluA3-dependent synaptic plasticity? - Narges Baghi; Armagan Kocer; University of Twente ENSCHEDE

P3.40 - CCCTC-binding factor (CTCF): choreographer of genome organization - Colleen Caldwell; Gijs Wuite; Vrije Universiteit Amsterdam AMSTERDAM

P3.41 - 2D diffusion of DNA on hexagonal boron nitride surfaces - Dong Hoon Shin 1, Chirlmin Joo 1; Sung Hyun Kim 1, Kush Coshic 2, Kenji Watanabe 3, Takashi Taniguchi 3, Gerard Verbiest 1, Sabina Caneva 1, Aleksei Aksimentiev 2, Peter G. Steeneken 1; 1 Delft University of Technology DELFT Netherlands, 2 University of Illinois URBANA United States, 3 National Institute for Materials Science TSUKUBA Japan

P3.42 - Reconstituting slow and steady centriolar microtubule growth in vitro - Saishree Iyer 1; Funso Ogunmolu 1, Shoeib Moradi 2, Vladimir Volkov 1, Franz Herzog 3, Mia Potčnjak 3, Marileen Dogterom 4, Michel Steinmetz 2, Anna Akhmanova 1; 1 Utrecht University UTRECHT Netherlands, 2 Paul Scherrer Institut VILLIGEN Switzerland, 3 Ludwig-Maximilians-Universität MUNICH Germany, 4 Delft University of technology DELFT

P3.43 - spFRET reveals nucleosome dynamics in folded chromatin fibers - Jeremy Ernst; John van Noort; LION LEIDEN

P3.44 - 14-3-3τ interferes early in α-synuclein aggregation - Gobert Heesink 1; Maxime van den Oetelaar 2, Peter Cossar 2, Christian Ottmann 2, Luc Brunsveld 2, Christian Blum 1, Mireille Claessens 1; 1 University of Twente ENSCHEDE Netherlands, 2 Eindhoven university of technology EINDHOVEN

P3.45 - The effect of epigenetic modifications on internucleosome interactions at the single-molecule level - Yi-Yun Lin 1; Peter Müller 2, Willem Vanderlinden 1, Jan Lipfert 1; 1 Utrecht University/ Debye institute for Nanomaterials Science UTRECHT Netherlands, 2 Center for NanoScience MUNICH Germany

P3.46 - Probing ribosome structure in single cells using scRibo-seq - Eugenio Marinelli 1; Michael VanInsberge 2, Alexander van Oudenaarden 2; 1 Hubrecht Institute UTRECHT Netherlands, 2 Hubrecht Institute Utrecht

P3.47 - Modulation of archaeal hypernucleosome formation by magnesium - Marc Kenneth Cajili, Ilias Zarguit; Remus Dame; Leiden University LEIDEN

P3.48 - Data analysis tools for single-molecule experiments - Francisco Palmero; Kavli Institute of Nanoscience DELFT

P3.49 - Visualizing Immunity-related membrane coatomers in situ - Lennart Pagani; Delft University of Technology DELFT

P3.50 - Conformational control of interdomain linkers by newly designed proteins - Greta Ghirardo; Danny D. Sahtoe; Hubrecht Institute UTRECHT

P3.51 - Down the rabbit hole – Cdc42-based polarity establishment in Saccharomyces cerevisiae - Sophie Tschirpke; Liedewij Laan; TU Delft DELFT

P3.52 - Exploring the role of the N protein in the packaging of SARS-CoV-2 genome - Ruana Cardoso-Lima 1; Colleen Caldwell 2, Francesca Fiorini 3, David Dulin 2, Gijs J. L. Wuite 2; 1 Vrije Universiteit Amsterdam AMSTERDAM Netherlands, 2 Vrije Universiteit Amsterdam AMSTERDAM Netherlands, 3 University of Lyon LYON France

P3.53 - Predicting a critical protein binding interface in DNA mismatch repair: A two-technique approach - Romano van Genderen 1; Kelly de Koning 2, Roland Kanaar 3, Joyce Lebbink 4; 1 Erasmus University Medical Center ROTTERDAM Netherlands, 2 Erasmus Medical Center Rotterdam ROTTERDAM Netherlands, 3 Oncode Institute ROTTERDAM Netherlands, 4 Department of Radiotherapy ROTTERDAM

P3.54 - Exploring the role of di-arginine side chains in the aggregation prone mutant of Phospholamban - Anamika Gaur; Utrecht University UTRECHT

P3.55 - C. albicans biofilm formation and filamentous growth revealed by multiplexed single molecule RNAFISH - Zixu Wang; VU Amsterdam AMSTERDAM

Organelles, cells and organs

P4.01 - Stress-dependent macromolecular crowding in the mitochondrial matrix - Werner J.H. Koopman; Radboud Universitair Medisch Centrum NIJMEGEN

P4.03 - Microfluidic platform for observation of the plant protoplasts’ division plane formation - Daria Bugakova; Joshua Loessberg-Zahl, Loes Segerink; University of Twente ENSCHEDE

P4.04 - Altered perinuclear cytoskeletal and lamina organization: drivers of impaired mechanoresponsiveness? - Osman Esen; Leander Vonk, Sanna Luijcx, Tyler Kirby; Amsterdam UMC AMSTERDAM

P4.05 - The mechanical response of metaphase chromosomes to nanoscale deformations - Andrea Ridolfi; Hannes Witt, Tinka V.M. Clement, Gijs Wuite; Vrije Universiteit Amsterdam AMSTERDAM

P4.06 - The dynamics of tubulin in chemosensory cilia of C. elegans - Elizaveta Loseva; Aniruddha Mitra, Erwin J.G. Peterman; Vrije Universiteit Amsterdam AMSTERDAM

P4.07 - Phase separation driven compartmentalisation of androgen receptors - Selcuk Yavuz; Adriaan Houtsmuller; Erasmus MC ROTTERDAM

P4.08 - Regulation of proVWX transcription by local chromatin remodelling - Fatema Zahra Rashid 1; Frédéric Crémazy 1, Andreas Hofmann 2, David Forrest 3, David Grainger 3, Dieter Heermann 2, Remus Dame 1; 1 Leiden Institute of Chemistry LEIDEN Netherlands, 2 Univeristy of Heidelberg HEIDELBERG Germany, 3 University of Birmingham BIRMINGHAM United Kingdom

P4.09 - An E-cad-actin clutch translates the force of actin flow for cell-cell contact to stop cell movement - Ivar Noordstra 1, Alpha Yap 1; Mario Díez Hermoso 2, Lilian Schimmel 3, Alexis Bonfim-Melo 3, Denni Currin-Ross 3, Joseph Mathew Kalappurakkal 4, Richard G. Morris 5, Dietmar Vestweber 6, Satyajit Mayor 4, Emma Gordon 3, Pere Roca-Cusachs 2; 1 Institute for Molecular Bioscience, The University of Queensland BRISBANE Australia, 2 Institute for Bioengineering of Catalonia (IBEC) BARCELONA Spain, 3 University of Queensland BRISBANE Australia, 4 National Centre for Biological Science BANGALORE India, 5 University of New South Wales SYDNEY Australia, 6 Max Planck Institute for Molecular Biomedicine MÜNSTER Germany

P4.10 - Modelling age-associated tau aggregation in C. elegans - Maithili Joshi; Sanne van Falier, Jorieke Tiggelaar, Tessa Sinnige; Utrecht University UTRECHT

P4.11 - Multimodal screen reveals noise regulatory proteins involved in cell-fate choices - Óscar García Blay; Xinyu Hu, Christin L. Wassermann, Tom van Bokhoven, Fréderique M.B. Struijs, Maike M.K. Hansen; Institute for Materials and Molecules (IMM) NIJMEGEN

P4.12 - STED nanoscopy unveils the dynamics of Atg30 distribution on yeast Pex3-labeled peroxisomes - Eline de Lange 1; Ida van der Klei 1, Rifka Vlijm 2; 1 Groningen Biomolecular Sciences and Biotechnology Institute GRONINGEN Netherlands, 2 Zernike Institute for Advanced Materials GRONINGEN

P4.13 - Transcription factor exchange enables prolonged transcriptional bursts - Wim Pomp; Jos Meeussen, Tineke Lenstra; Netherlands Cancer Institute AMSTERDAM

P4.14 - Visualizing the dynamics of enteroendocrine cell differentiation in intestinal organoids - Pascal Ender; Max Betjes, Xuan Zheng, Jeroen van Zon, Sander Tans; AMOLF AMSTERDAM

P4.15 - Spatiotemporal mass spectrometry to obtain transport vesicle snapshots in polarized neurons - Noortje Kersten; Utrecht University UTRECHT

P4.16 - Optimizing chloroplast expansion microscopy - Jarne Berentsen, Peter Bos; Emilie Wientjes; Wageningen University & Research WAGENINGEN

P4.17 - The wave complex is a regulator of growth cone actin dynamics during netrin-mediated axon guidance - Tim Allertz; Jeffrey van Haren; Erasmus MC ROTTERDAM

P4.18 - Coupling lipid synthesis to growth: How E. coli achieves membrane homeostasis by PlsB filamentation - Jaïrus Beije; Gregory Bokinsky; Delft University of Technology DELFT

P4.19 - Localisation of photodamaged photosystem II with fluorescence lifetime imaging microscopy - Cleo Bagchus 1; Lennart Ramakers 2, Herbert van Amerongen 2, Emilie Wientjes 2; 1 Wageningen University & Research WAGENINGEN Netherlands, 2 Wageningen University & Research Wageningen

P4.20 - Probing nuclear mechanics with optical tweezers - Wessel Rodenburg; Jorine Eeftens; Institute for Molecules and Materials NIJMEGEN

P4.21 - Pushing the boundaries of live cell imaging with new Spirochrome probes - Joost Boex 1, Stefan Pitsch 2; 1 Tebubio HEERHUGOWAARD Netherlands, 2 Spirochrome MORGES Switzerland

P4.22 - The cell: soft strong matter - James Conboy; Delft University of Technology DELFT

P4.23 - Exposure to environmental cue interferes with IFT dynamics in C. elegans chemosensory cilia - Guus Haasnoot; Christine Bruggeman, Erwin Peterman; Vrije Universiteit Amsterdam AMSTERDAM

P4.24 - Magnetic approaches for tissue mechanics and engineering of the skeletal muscle - Irène Nagle 1, Myriam Reffay 1; Florence Delort 2, Sylvie Hénon 1, Sabrina Batonnet-Pichon 2, Claire Wilhelm 3; 1 Laboratory Matière et Systèmes Complexes, UMR 7057, CNRS and Univ. Paris Cité PARIS France, 2 Lab. Biologie Fonctionnelle et Adaptative, UMR 8251, CNRS and Univ. Paris Cité PARIS France, 3 Laboratory Physico Chimie Curie, UMR 168, CNRS, Curie Institute, PSL, Sorbonne PARIS France

P4.25 - Transgenerational epigenetic inheritance of sensory preferences - Fotios Avgidis; AMOLF AMSTERDAM

P4.26 - Mechanophenotyping of single cells in 3D to study cell fate decisions - Castro Johnbosco; Tom Kamperman, Jeroen Leijten; University Twente ENSCHEDE

P4.27 - Light-induced chloroplast-morphodynamics in a single celled algae - Nico Schramma; Gloria Casas Canales, Maziyar Jalaal; Van der Waals-Zeeman Institute AMSTERDAM

P4.29 - Unconventional mechanisms regulating Golgi-independent protein secretion along the axon - Ha Nguyen; Huey de Jong, Noortje Kersten, Ginny Farias; Utrecht University UTRECHT

P4.30 - Expression noise and phenotypic adaptation in evolving cell populations - Caspar Schmeits; Liedewij Laan, Jos Zwanikken; TU Delft DELFT

P4.31 - Unravelling the impact of patient CAMK2G mutations on protein activity and neuronal function - Angelica Casotto 1; Geeske van Woerden 2, Martijn Schonewill 2, Kristin Grußmayer 1, Dimphna Meijer 1; 1 Delft University of Technology DELFT Netherlands, 2 Erasmus Medical Center ROTTERDAM

P4.32 - A tale of two polarities: changes in microtubule polarity during neuronal polarization - Malina Iwanski; Hannah Verwei, Bronte Donders, Lukas Kapitein; Utrecht University UTRECHT

P4.33 - Quantifying spatial stress distributions and cell migration of metastatic tumoroids - Rick Rodrigues de Mercado, Thomas Schmidt; Klara Beslmüller, Luca Giomi, Erik Danen; Leiden University LEIDEN

P4.34 - Center on centrosomes: How CLASPs control microtubule density - Lilian Sluimer 1; Keri Schmidt 1, Robin Hoogebeen 1, Dipti Rai 1, Misko Bobeldijk 1, Arianna Sandron 2, Fangrui Chen 1, Anna Akhmanova 1; 1 Utrecht University UTRECHT Netherlands, 2 University Medical Center Utrecht UTRECHT

P4.35 - ECM-specific cell forces in tumor spheroids - Elise Camilleri; Konstantinos Andreadis, Klara Beslmüller, Erik Danen, Rick Rodrigues de Mercado, Thomas Schmidt; Leiden University LEIDEN

P4.36 - Exploring the dynamics of polarization solutions in budding yeast over the course of evolution - Marieke Glazenburg, Liedewij Laan; TU Delft DELFT

P4.37 - Seeking the mechanics behind Phytophthora invasive growth in plants - Anna Daamen; Wageningen University WAGENINGEN

P4.38 - CORVET independent formation of a VPS3-VPS8 complex - Matteo Tantucci UMCU UTRECHT

P4.39 - Membrane recruitment and tethering function of the CHEVI complex - Jui Shinde; UMCU UTRECHT

P4.40 - Decoding the heterogeneity of DNA replication dynamics - Cansu Koyunlar 1; Vincent van Batenburg 2, Jeroen van den Berg 2, Alexander van Oudenaarden 2; 1 Hubrecht Institute UTRECHT Netherlands, 2 Hubrecht Institute Utrecht

P4.41 - Recovery of cell polarity after a strong genetic perturbation globally changes cellular organization - Enzo Kingma 1; Liedewij Laan 2; 1 Delft University of Technology DELFT Netherlands, 2 TU Delft DELFT

P4.42 - Inside out: Understanding VEGFA export on EVs in colorectal cancer progression - Elly Soltani; Utrecht University UTRECHT

P4.43 - Mechanochemical signalling guiding morphogenesis during embryonic development - Virgínia Andrade 1; Katharina Sonnen 2; 1 Hubrecht Institute UTRECHT Netherlands, 2 Hubrecht Institute Utrecht

Soft matter and bio materials

P5.01 - A novel coarse-grained model for deformable nanoparticles - Massimiliano Paesani; University of Amsterdam AMSTERDAM

P5.02 - Rectified transport of active semi-flexible polymers in ordered media - Mohammad Fazelzadeh; University of Amsterdam AMSTERDAM

P5.03 - De novo design of cyclic peptides against prion toxicity - Daria de Raffele; Ioana M. Ilie; University of Amsterdam AMSTERDAM

P5.04 - Lipid ordering and fluidity of colloid-supported lipid bilayers - Levena Gascoigne; Emma Giakoumatos, Roderick Tas, Ilja Voets; Eindhoven University of Technology EINDHOVEN

P5.06 - Effect of pH on the phase separation of glycine-rich proteins from tick bioadhesive - Manali Nandy 1, Ketan A. Ganar 2; Ingrid Dijkgraaf 3, Siddharth Deshpande 1; 1 Wageningen University and Research WAGENINGEN Netherlands, 2 Wageningen University & Research WAGENINGEN Netherlands, 3 Maastricht University MAASTRICHT

P5.07 - Breakage of cyanobacterial colonies under strong shear flows - Yuri Sinzato; Mazi Jalaal, Jef Huisman, Petra Visser; University of Amsterdam AMSTERDAM

P5.08 - Exploring the structural and membrane properties of polymersomes and hybrid vesicles - Caterina Presutti; University of Groningen GRONINGEN

P5.09 - Uncovering the hidden mechanisms of giant unilamellar vesicle formation in cDICE - Lori van de Cauter 1; Yash K. Jawale 2, Daniel Tam 2, Lucia Baldauf 2, Lennard van Buren 2, Gijsje H. Koenderink 2, Marileen Dogterom 2, Kristina A. Ganzinger 1; 1 AMOLF AMSTERDAM Netherlands, 2 TU Delft DELFT

P5.10 - Balancing light harvesting during heat stress: the role of photosynthetic membrane properties - Francesco Saccon; Emilie Wientjes, Herbert van Amerongen; Wageningen University and Research WAGENINGEN

P5.11 - Spider silk in nerve regeneration: Insights into the material properties affecting Schwann cells - Aida Naghilou 1; Karolina Peter 2, Flavia Millesi 3, Sarah Stadlmayr 3, Christian Riekel 4, Alireza Mashaghi 1, Alexander Bismarck 5, Ellen H.G. Backus 5, Helga Lichtenegger 2, Christine Radtke 3; 1 Leiden University LEIDEN Netherlands, 2 University of Natural Resources and Life Sciences VIENNA Austria, 3 Medical University of Vienna VIENNA Austria, 4 European Synchrotron Radiation Facility GRENOBLE France, 5 University of Vienna VIENNA Austria

P5.12 - Inside view of ferritin: From electron paramagnetic resonance and squid to magnetic properties - Martina Huber 5; Lucia Bossoni 1, Jacqueline Labra-Muñoz 2, Vera Čaluković 2, Anton Lefering 3, Ramon Egli 4; 1 C. J. Gorter Center for High Field MRI, Department of Radiology, LEIDEN Netherlands, 2 Department of Physics, Huygens-Kamerlingh Onnes Laboratory LEIDEN Netherlands, 3 RST-FAME, Delft University of Technology DELFT Netherlands, 4 GeoSphere Austria, Department of Geophysics VIENNA Austria, 5 Leiden University LEIDEN

P5.13 - Biomimetic nanopores to study transport through the nuclear pore complex via cryo-EM - Eva Bertosin 1; Nils Klughammer 1, Anders Barth 1, Alessio Fragasso 2, Jacob W.J. Kerssemakers 1, Eli O. van der Sluis 1, Cees Dekker 1; 1 Delft University of Technology DELFT Netherlands, 2 Stanford university STANFORD United States

P5.14 - The underlying mechanical properties tune the ability of membranes to fuse - Rafael Lira 1; Jayna C.F. Hammond 2, Rafaela R.M. Cavalcanti 3, Madelief Rous 2, Karin Riske 3, Wouter H. Roos 2; 1 University of Delft DELFT Netherlands, 2 Rijksuniversiteit Groningen Groningen Netherlands, 3 Federal University of Sao Paulo SAO PAULO Brazil

P5.15 - Tail-asymmetry promotes unique mechanics in lipid bilayers: A systematic measurement study - Arash Yahyazadeh Shourabi; Marie-Eve Aubin-Tam; TU Delft DELFT

P5.16 - Gaining insights into septin-membrane interactions combining acoustic and optical techniques - SaFyre Reese 1; Manos Mavrakis 2, Ralf P. Richter 3, Gijsje H. Koenderink 1; 1 Delft University of Technology DELFT Netherlands, 2 Aix-Marseille Univ MARSEILLE France, 3 University of Leeds LEEDS United Kingdom

P5.17 - Effect of particle morphology on cholesteric assembly of cellulose nanocrystals in apolar solvents - Zoe Vermaire; Tor Sewring, Lisa Tran, Marjolein Dijkstra; Universiteit Utrecht UTRECHT

P5.18 - Biomineralized bacterial cellulose composites with tuneable mechanical properties - Marie-Eve Aubin-Tam; Kui Yu, Jeong-Joo Oh, Ingo Nettersheim, Roland Kieffer, Kunal Masania; Delft University of Technology DELFT

P5.19 - Supramolecular self-assembly revealed by high-speed atomic force microscopy - Yari Knelissen; Chris van Ewijk, Sourav Maity, Wouter Roos; University of Groningen GRONINGEN

P5.20 - Hepatitis B virus capsid characterization by high-speed AFM: assembly and disassembly dynamics - Martijn Middelkamp; Zernike Institute for Advanced Materials, University of Groningen GRONINGEN

P5.21 - Characterization of nanoparticle motion inside the cell - Paula Melero Martinez; Christoffer Åberg; University of Groningen GRONINGEN

P5.22 - How can electron microscopy contribute to the EVs characterization? The Maastricht MCL EVs workflow - Kèvin Knoops; Hans Duimel, Willine van de Wetering, Helma Kuijpers, Chris Lewis, Carmen López-Iglesias; FHML-M4I MAASTRICHT

P5.23 - Controlling protein aggregation at the interfaces of liquid condensates - Wojciech Lipiński 1; Brent Visser 1, Merlijn van Haren 1, Jorine Eeftens 2, Evan Spruijt 1; 1 Institute for Molecules and Materials NIJMEGEN Netherlands, 2 Radboud Institute for Molecular Life Sciences NIJMEGEN

P5.24 - Bacterially produced stress tolerant living materials - Franka van der Linden 1, Jeong-Joo Oh 1; Koray Malcı 2, Tom Ellis 2, Marie-Eve Aubin-Tam 1; 1 Delft University of Technology DELFT Netherlands, 2 Imperial College London, Department of Bioengineering LONDON United Kingdom

P5.26 - Watching molecular nanotubes grow in real time - Livia Presutti; University of Groningen GRONINGEN

Theory and numerics

P6.02 - Detecting continuous structural heterogeneity in single-molecule localization microscopy data - Sobhan Haghparast 1; Bernd Rieger 2, Sjoerd Stallinga 2; 1 Delft university of technology, DELFT, Netherlands DELFT Netherlands, 2 Delft university of technology DELFT

P6.03 - Residue-scale modeling of nuclear transport at high NTR-occupancy - Maurice Dekker, Henry de Vries; Koen Wortelboer, Harm Jan Beekhuis, Maarten van Oosterhout, Erik van der Giessen, Patrick Onck; Zernike Institute for Advanced Materials GRONINGEN

P6.04 - Loop-extruders alter bacterial chromosome topology to direct entropic forces for segregation - Janni Harju 1; Muriel van Teeseling 2, Chase Broedersz 1; 1 Vrije Universiteit Amsterdam AMSTERDAM Netherlands, 2 Friedrich-Schiller-Universität JENA Germany

P6.05 - Studying the fingering instability in epithelial cell sheets using the Active Vertex Model - Sander Kammeraat; Silke Henkes; Leiden University LEIDEN

P6.06 - Data-driven theory reveals universal cell-cell interactions across distinct motile cells - Tom Brandstätter 1, Emily Brieger 2; David Brückner 3, Joachim Rädler 2, Chase Broedersz 1; 1 Vrije Universiteit AMSTERDAM Netherlands, 2 Ludwig-Maximilians-Universität MUNICH Germany, 3 Institute of Science and Technology VIENNA Austria

P6.07 - Optimal prediction of future signals in cellular systems - Vahe Galstyan; Age Tjalma, Pieter Rein Ten Wolde; AMOLF AMSTERDAM

P6.08 - Shape matters: Inferring the motility of confluent cells from static images - Bas Jansen 1, Quirine Braat 1, Giulia Janzen 1; Vincent Debets 1, Simone Ciarella 2, Liesbeth Janssen 1; 1 Eindhoven University of Technology EINDHOVEN Netherlands, 2 Ecole normale supérieure PARIS France

P6.09 - Towards multiscale modelling of the Brain ECMTowards multiscale modelling of the brain ECM - Saber Shakibi; Patrick Onck, Erik van der Giessen; University of Groningen GRONINGEN

P6.10 - Selective phase separation of transcription factors is driven by orthogonal molecular grammar - Mark Driver; Patrick Onck; University of Groningen GRONINGEN

P6.11 - Pinning of ice-water interfaces by ice-binding proteins explains ice-recrystallisation inhibition - Thomas Reus 1, Agata Malinowska 1; Iddo Heller 1, Ilja Voets 2; 1 VU Amsterdam AMSTERDAM Netherlands, 2 Technische Universiteit Eindhoven EINDHOVEN

P6.12 - The minimal cell under a computational microscope using the martini force field - Jan Stevens; Fabian Grünewald, Siewert-Jan Marrink; Groningen Biomolecular Sciences and Biotechnology Institute (GBB) GRONINGEN

P6.13 - Data-driven discovery of cell-cell interactions in multicellular migration - Bram Hoogland 1; Tom Brandstätter 2, Emily Brieger 2, Joachim Rädler 2, Chase Broedersz 1; 1 Vrije Universiteit Amsterdam AMSTERDAM Netherlands, 2 Ludwig Maximilians-Universität MÜNCHEN Germany

P6.14 - Simulation-based inference for describing stochastic non-linear oscillations and their energetics - Yanathip Thipmaungprom 1; Roman Belousov 2, Laila Saliekh 3, Edgar Roldan 3, Florian Berger 1; 1 Utrecht University UTRECHT Netherlands, 2 EMBL HEIDELBERG Germany, 3 ICTP TRIESTE Italy

P6.15 - Tertiary structure and conformational dynamics of the chaperone DNAJB6b at atomistic resolution - Vasista Adupa 1; Elizaveta Ustyantseva 2, Harm Kampinga 2, Patrick Onck 3; 1 Zernike Institute of Advanced Materials GRONINGEN Netherlands, 2 University medical center groningen GRONINGEN Netherlands, 3 Zernike Institute of Advanced Materials, University of Groningen GRONINGEN

P6.16 - Dynamics and precision in the canonical Wnt signalling pathway - Olivier Witteveen 1, Marianne Bauer 1; Ryan Lach 2, Samuel Rosen 2, Maxwell Wilson 2; 1 TU Delft DELFT Netherlands, 2 University of California Santa Barbara SANTA BARBARA United States

P6.17 - Shocker - a molecular dynamics tool for accelerating and analyzing the effects of osmotic shocks - Marco van Tilburg; Siewert-Jan Marrink, Melanie König, Fabian Grünewald; Groningen Biomolecular Sciences and Biotechnology Institute GRONINGEN

P6.18 - Superoxide production in protein complexes - Kiana Jahani 1; Remco Havenith 2, Peyman Shariatpanahi 3; 1 University Of Groningen GRONINGEN Netherlands, 2 University of Groningen GRONINGEN Netherlands, 3 University of Tehran TEHRAN Iran

P6.19 - Effects of catch-slip bonds on a fibrous extracellular matrix in a hybrid cellular Potts model - Koen Keijzer; Leiden University LEIDEN

P6.20 - Recapitulation of intestinal organoid morphology in silico - Michael Vennettilli; Pieter Rein ten Wolde; AMOLF AMSTERDAM

P6.21 - Cleave it or leave it? – Predicting CRISPR-Cas9 activity with a kinetic model - Hidde Offerhaus; Delft University of Technology DELFT