Pulsatile electrical stimulation creates predictable, correctable disruptions in neural firing

Raw data from Pulsatile electrical stimulation creates predictable, correctable disruptions in neural firing Nat Comm (2024) . Afferent files include raw experimental recordings from vestibular afferents (mitchel_data_all). Simulation files from the variety of experiments described in the text (optimization_data_andruns -original irregular afferent runs and additional_simulation_experiment_runs - jitter experiment, diff thresholds, etc.). The associated Github also shows how to use each of these experimental outputs to create figures.本数据集的原始数据源自脉冲电刺激（Pulsatile electrical stimulation）实验，相关研究成果发表于2024年《自然-通讯》（Nature Communications），该研究揭示脉冲电刺激可诱导可预测、可校正的神经放电（neural firing）扰动。传入神经相关文件包含前庭传入神经（vestibular afferents）的原始实验记录，对应文件为mitchel_data_all。仿真数据集涵盖论文中描述的各类实验数据，包含optimization_data_andruns（对应原始不规则传入神经运行数据集）以及additional_simulation_experiment_runs（涵盖抖动实验、差异阈值实验等场景）。配套的GitHub仓库还提供了如何利用上述各类实验输出绘制相关图表的详细指引。