Research data Supporting "Preventing degradation in a flavin mononucleotide-based redox flow battery – an NMR and EPR study"

Zip folders contain data to the publication "Preventing degradation in a flavin mononucleotide-based redox flow battery – an NMR and EPR study" (Nature Communication 2023). It contains the zip file “Code.zip”, which is the code the electrochemistry and in-situ EPR and NMR have been processed. The software to run the code is MATLAB. “Electrochemistry – ph 14.zip” and “Electrochemistry – pH 11.zip” contain the electrochemical data acquired for figure 1 and 5. The files were collected with the Biologic Software EC-Lab. “NMR-EPR-Echem - fresh sample - pH 14.zip” and “NMR-EPR-Echem - aged sample - pH 14.zip” contain the data for figure 2 in the aforementioned publication. It provides the raw NMR (from Bruker Topspin) and EPR data (.csv and .xml), clearly labelled. To analyse the NMR data, the software Topspin by Bruker is needed. Additionally, the electrochemistry is provided for each experiment. “ex situ NMR - 31P - fresh, old, hydrolysed.zip” and “NMR-EPR-Echem - hydrolysed sample - pH 14.zip” is used to make figure 3. All data is in clearly labelled folders. Here, Topspin is needed to analyse and display the data, or the code provided above. The code provided will help to plot the data. The data Figure 4 consists of the folder “NMR - hydrolysed sample plus addition of fresh FMN - pH 14.zip”. Here, the code or topspin can be used to analyse the data.