Forschungsbereich Biophysics

Organization Name (de) Name der Organisation (de)
E134-04 - Forschungsbereich Biophysics
 
Code Kennzahl
E134-04
 
Type of Organization Organisationstyp
Research Division
Parent OrgUnit Übergeordnete Organisation
 
Active Aktiv
 


Results 161-180 of 505 (Search time: 0.002 seconds).

PreviewAuthor(s)TitleTypeIssue Date
161Arnold, Andreas M ; Reismann, Alexander W A F ; Sevcsik, Eva ; Schütz, Gerhard J Monte Carlo simulations of protein micropatterning in biomembranes: effects of immobile nanofeatures with reduced diffusivityArtikel Article 2020
162Reismann, Alexander W.A.F. ; Atanasova, Lea ; Zeilinger, Susanne ; Schütz, Gerhard J. Single-Molecule Localization Microscopy to Study Protein Organization in the Filamentous Fungus Trichoderma atrovirideArtikel Article 2020
163Varadi, Timea Erzsebet ; Schneider, Magdalena ; Sevcsik, Eva ; Kiesenhofer, Dominik ; Baumgart, Florian ; Batta, Gyula ; Kovács, Tamás ; Platzer, René ; Huppa, Johannes B. ; Szöllősi, János ; Schütz, Gerhard ; Brameshuber, Mario ; Nagy, Peter Homo- and Heteroassociations Drive Activation of ErbB3Artikel Article 19-Nov-2019
164Schütz, Gerhard Quantifying in quantitative cell biology: how, what, and why; invited seminartalkPräsentation Presentation2019
165Schneider, Magdalena ; López Martínez, Montserrat On the imaging and reconstruction of oligomeric structures in ultra-high resolution microscopyPräsentation Presentation2019
166Schneider, Magdalena Simulation of oligomeric structures in cryo-SMLMPräsentation Presentation2019
167Schneider, Magdalena Overcoming Blinking Artifacts in Nanocluster Detection with Two-Color STORMPräsentation Presentation2019
168Schneider, Magdalena Imaging, simulation and reconstruction of oligomeric structures in cryo super resolution microscopyPräsentation Presentation2019
169Brameshuber, Mario TCR-CD3 subunit ratio resolved by complementary fluorescence microscopy approachesPräsentation Presentation2019
170Sevcsik, Eva Nanoscale organization of ligands directs T cell activation; contributed talkPräsentation Presentation2019
171Schütz, Gerhard Single molecule microscopy to measure forces in the immunological synapse; invited talkPräsentation Presentation2019
172López Martínez, Montserrat Cryogenic setup for superresolution microscopyPräsentation Presentation2019
173Schrangl, Lukas A FRET-based sensor for probing forces imposed by T cells via single TCR-pMHC interactionsPräsentation Presentation2019
174López Martínez, Montserrat M. Lopez Martinez Towards ultra high resolution of membrane protein oligomersPräsentation Presentation2019
175Fölser, Martin Using functionalized oil droplets to investigate T cell activationPräsentation Presentation2019
176Velas, Lukas 3D superresolution microscopy on T-cellsPräsentation Presentation2019
177Brameshuber, Mario Single Molecule Biophysics meets ImmunobiologyPräsentation Presentation2019
178Schütz, Gerhard Superresolution Microscopy Images: What they tell us - and what they don't; invited talkPräsentation Presentation2019
179Brameshuber, Mario Comprehensive Fluorophore Blinking Analysis Platform as a Prerequisite for PALM Data InterpretationPräsentation Presentation2019
180Schütz, Gerhard Quantifying in quantitative cell biology: how, what, and why?; invited talkPräsentation Presentation2019