Replay of Procedural Experience is Independent of the Hippocampus

This repository contains data necessary to reproduce the figures from our publication:https://www.biorxiv.org/content/10.1101/2024.06.05.597547v1.full.pdfThese data are available as a zipped parent directory containing subfolders with individual data files that are required to reproduce plots for each of the main figures in the publication. Data files are a mixture of .json,.pickle, .csv and .npy files. Data here is in a pre-processed form, originally from from neural recordings (neuropixels probes), video tracking and behavioural tracking datasets. Neural recordings were acquired from the dorsal striatum of mice during both a trained behaviour and during sleep. For the behaviour, animals performed a sequential poke task which had been learned as a skilled procedural memory. In this study we characterised this activity during task practice and post task sleep and find evidence for neural replay of procedural activity in the striatum which is not dependent on the hippocampus. For analysis scripts see:https://github.com/EmmettJT/procedural_replay_paper_2024

本仓库包含了复现我们发表在https://www.biorxiv.org/content/10.1101/2024.06.05.597547v1.full.pdf上的出版物中图表所需的数据。这些数据以压缩的父目录形式提供，其中包含用于复现出版物中主要图表中各个图表所需的单独数据文件。数据文件类型包括.、.pickle、.csv和.npy。此处数据为预处理形式，原始数据来源于神经记录（神经像素探头）、视频追踪和行为追踪数据集。神经记录是在小鼠训练行为和睡眠期间从背侧纹状体获得的。在行为方面，动物执行了一个已学会的作为熟练程序性记忆的序列戳击任务。在本研究中，我们描述了在任务练习和任务后睡眠期间的活动，并发现了纹状体中程序性活动神经重放的证据，这种重放不依赖于海马体。分析脚本请参阅：https://github.com/EmmettJT/procedural_replay_paper_2024