Blättern Fakultät für Physik (inkl. GAUSS) nach "Enderlein, Jörg Prof. Dr." Betreuer
Anzeige 1-8 von 8
-
Advanced Data Processing in Super-resolution Microscopy
(2017-08-23)Super-resolution fluorescence techniques enable the study of structures smaller than the diffraction limit with visible light microscopy. Their introduction and development within the last two decades opened up the ... -
Advanced multiplexing techniques in single molecule localisation microscopy
(2022-05-13)DNA point accumulation for imaging in nanoscale topography (DNA-PAINT) is a powerful super-resolution technique highly suitable for multi-target (multiplexing) bio-imaging applications. However, multiplexed imaging of cells ... -
Fast, Three-Dimensional Fluorescence Imaging of Living Cells
(2022-01-21)This thesis focuses on multi-plane fluorescence microscopy for fast live-cell imaging. To improve the performance of multi-plane microscopy, I developed new image analysis methods. I used these methods to measure and analyze ... -
Investigation of Physical and Chemical Effects in Sonicated Small Flow Channels
(2023-09-08)In the framework of intensification of chemical processes, miniature continuous flow reactors have come into focus in recent time. As a specific way of “non-classical” energy supply to the liquid in such a flow reactor, ... -
Leaflet-resolved localization and diffusion of molecules within membranes using metal-induced energy transfer
(2022-05-10)Diffusion is the most fundamental process of molecular transport in cell membranes and an important factor in maintaining its fluidity, controlling the dynamics and functioning of the membrane. In-depth knowledge of membrane ... -
Modeling electrodynamics in the vicinity of metal nanostructures
(2019-03-08)In this work, we show how a profound theoretical understanding of a seemingly exotic phenomenon, namely the influence of metal structures on fluorescence lifetimes, has lead to the development of a microscopy technique ... -
Probing Lipid Diffusion in Curved and Planar Membranes with Fluorescence Microscopy
(2017-09-05)Diffusion is the most important transport mechanism in biological membranes and essential for processes such as signalling or trafficking. Many different techniques have given insight into this matter, most of which are ... -
Single-Molecule Metal-Induced Energy Transfer: From Basics to Applications
(2016-12-16)Single-molecule detection and spectroscopy have revolutionized the field of fluorescence microscopy. Due to their enormous potential in studying physics, chemistry and biology at molecular level, the number of single-molecule ...