Printable, Self-Healing and Recyclable PEDOT:PSS/Polyurethane Composites for Durable Bioelectronics

README – Data for “Printable, Self-Healing, and Recyclable PEDOT:PSS/Polyurethane Composites for Durable Bioelectronics”, Fabio Cicoir, Jinsil Kim, Submitted to Materials Horizons. OverviewThis repository contains the data supporting the figures and results reported in the manuscript:“Printable, Self-Healing, and Recyclable PEDOT:PSS/Polyurethane Composites for Durable Bioelectronics.” The dataset includes raw and processed data used to generate the figures in the main text and Supporting Information, as well as microscopy images associated with material characterization and device performance. Contents 1. Figure Data- Numerical datasets corresponding to all graphs presented in the manuscript and Supporting Information- Includes: - Mechanical characterization (stress–strain curves, cyclic loading, stress relaxation, profilometry) - Electrical measurements (resistance vs strain, current–time, cyclic stability) - Self-healing performance (electrical and mechanical recovery) - ECG signal analysis (SNR, PSD) Each dataset is provided in .txt format and labeled according to the corresponding figure number. 2. Microscopy Images- Optical microscopy images of films, damage/healing processes, and printed structures- 3D profilometry images (where applicable)- Images are provided in high-resolution formats (.tif, .png, or .jpg) File names correspond to figure numbers and experimental conditions. 3. Supporting Data- Video files demonstrating self-healing and device handling (if applicable) File Naming ConventionFiles are organized according to figure numbers:- Fig_X_data.txt → data for main figures- Fig_SX_data.txt → data for Supporting Information- Fig_X_image.* → microscopy images- Movie_X.* → supporting videos Notes- Data are provided as recorded and processed for figure generation.- All measurements were performed on independently prepared samples as described in the manuscript.- Detailed experimental procedures are available in the manuscript and Supporting Information. ContactFor questions regarding the dataset, please contact:Prof. Fabio CicoiraPolytechnique Montréal CitationIf using this dataset, please cite the associated publication.