Data in the Ph.D. dissertation Electrical and Magnetic Properties of Ferritin: Electron Transport Phenomena and Electron Paramagnetic Resonance

Raw data for the dissertation "Electrical and Magnetic Properties of Ferritin: Electron Transport Phenomena and Electron Paramagnetic Resonance", by Jacqueline A. Labra Muñoz, at Leiden University and TU Delft.<br>The data are sorted chapter by chapter for the experimental figures. Each chapter has its own folder. The subfolders refer to the figures in that chapter. Each subfolder contains separate ReadMe files. In each of them, the format and different considerations for displaying the data are described.<br>This dissertation presents the electrical and magnetic properties of ferritin. The electrical characterization is focused on the investigation of the current vs. voltage characteristics of single-ferritin particles, which provides valuable insights into the electron transport mechanisms within them (chapters 2, 3, 4). On the other hand, the magnetic characterization of ferritin involves the analysis and modeling of the electron paramagnetic resonance (EPR) spectra obtained from multiple ferritins, enabling a deeper understanding of the electron-spin structure within the ferritin core (chapters 5, 6).

本数据集为杰奎琳·A·拉布拉·穆尼奥斯（Jacqueline A. Labra Muñoz）于莱顿大学（Leiden University）与代尔夫特理工大学（TU Delft）撰写的博士论文《铁蛋白的电磁特性：电子输运现象与电子顺磁共振》的原始实验数据。本数据集按照章节对实验图像数据进行分类整理，每一章对应一个独立文件夹，该章节下的实验图像分别置于对应子文件夹中。每个子文件夹均包含独立的ReadMe文件，其中详细说明了数据的展示格式及相关注意事项。该博士论文围绕铁蛋白的电磁特性展开研究：电学表征部分聚焦于单铁蛋白颗粒的电流-电压特性研究，以此深入解析其内部的电子输运机制（对应第2、3、4章）；而磁学表征部分则针对多铁蛋白样品的电子顺磁共振（EPR）波谱开展分析与建模，从而加深对铁蛋白核心内电子自旋结构的认知（对应第5、6章）。