Readme.txt, 16.07.2021 Fontana et al. “Probing DNA - transcription factor interactions using single-molecule fluorescence detection in nanofluidic devices” pre-print: https://doi.org/10.1101/2021.05.12.443786 (BioRxiv) The repository contains the raw data ("*.tif") files, data from subsequent analysis steps performed in Matlab ("*.mat") and obtained histograms. For further information, please contact dr. Johannes Hohlbein @ Wageningen University & Research (johannes.hohlbein@wur.nl
Eukaryotic gene expression is an essential and variegated process that is regulated at multiple leve...
DNA nanodevices have been developed as platforms for the manipulation of gene expression, delivery o...
Recent years have witnessed an explosion of microscopy techniques that enable the experimental obser...
The repository contains the raw data ("*.tif") files, data from subsequent analysis steps performed ...
Single-molecule fluorescence detection offers powerful ways to study biomolecules and their complex ...
Gene regulation is vital to the success of all living organisms. Understanding this complex process ...
Mapping transcription factor (TF) binding sites along a DNA backbone is crucial in understanding the...
(Chemical Equation Presented) Transcription factors (TFs) control gene expression and are promising ...
We have developed two single-molecule fluorescence biosensors that can quantitatively detect single ...
Transcription factor DNA binding activity is of pivotal importance in living systems because of its ...
Single DNA molecule techniques have revolutionized our understanding of DNA-protein interactions. Tr...
Transcription factor DNA binding activity is of pivotal importance in living systems because of its ...
DNA-protein interactions are at the core of the cellular machinery and single molecule methods have ...
Transcription factors (TFs) control gene expression and are promising biomarkers for diseases. In a ...
50 pagesThe epigenome is a multitude of all molecular interactions that governs genome regulatory ac...
Eukaryotic gene expression is an essential and variegated process that is regulated at multiple leve...
DNA nanodevices have been developed as platforms for the manipulation of gene expression, delivery o...
Recent years have witnessed an explosion of microscopy techniques that enable the experimental obser...
The repository contains the raw data ("*.tif") files, data from subsequent analysis steps performed ...
Single-molecule fluorescence detection offers powerful ways to study biomolecules and their complex ...
Gene regulation is vital to the success of all living organisms. Understanding this complex process ...
Mapping transcription factor (TF) binding sites along a DNA backbone is crucial in understanding the...
(Chemical Equation Presented) Transcription factors (TFs) control gene expression and are promising ...
We have developed two single-molecule fluorescence biosensors that can quantitatively detect single ...
Transcription factor DNA binding activity is of pivotal importance in living systems because of its ...
Single DNA molecule techniques have revolutionized our understanding of DNA-protein interactions. Tr...
Transcription factor DNA binding activity is of pivotal importance in living systems because of its ...
DNA-protein interactions are at the core of the cellular machinery and single molecule methods have ...
Transcription factors (TFs) control gene expression and are promising biomarkers for diseases. In a ...
50 pagesThe epigenome is a multitude of all molecular interactions that governs genome regulatory ac...
Eukaryotic gene expression is an essential and variegated process that is regulated at multiple leve...
DNA nanodevices have been developed as platforms for the manipulation of gene expression, delivery o...
Recent years have witnessed an explosion of microscopy techniques that enable the experimental obser...