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Calcium imaging and electrophysiology data from hippocampal CA1 during wakefulness and under various general anesthetics

Andrey Formozov 5c2f5b6ddc gin commit from andrey-UX510UXK 3 tahun lalu
Anesthesia 1d24963b3f gin commit from andrey-UX510UXK 3 tahun lalu
Sleep ae8aee09e0 gin commit from andrey-UX510UXK 3 tahun lalu
data_colab 7985671ffc gin commit from andrey-UX510UXK 3 tahun lalu
meta_data 5c2f5b6ddc gin commit from andrey-UX510UXK 3 tahun lalu
validation 6be201e1ad gin commit from andrey-UX510UXK 3 tahun lalu
LICENSE 69d0ea48c9 Initial commit 4 tahun lalu
README.md b1895a31a8 sampling_rate_LFP 3 tahun lalu

README.md

Anesthesia_CA1

This repository contains data related to the article "Anesthetics fragment hippocampal network activity, alter spine dynamics and affect memory consolidation" (https://www.biorxiv.org/content/10.1101/2020.06.05.135905v1).

We provide calcium imaging and electrophysiology data from hippocampal CA1 during wakefulness, sleep and under various general anesthetics. Following the structure of the repository, the dataset contains:

  • LFP and SUA recordings from 4 mice under Isoflurane, Keta/Xyl and MMF anesthesia (electrophysiology folder)
  • 189 distinct 2-photon calcium imaging recordings from 7 different mice under Isoflurane, Keta/Xyl and MMF anesthesia (calcium imaging folder)
  • LFP and SUA recordings in awake and sleep conditions (with sleep scoring) from 7 and 4 mice respectively (Sleep Data/LFP and Sleep Data/SUA folders)
  • 74 distinct 2-photon calcium imaging recordings from 3 mice in awake and sleep conditions (Sleep Data/calcium imaging folder)

Data structure info

Most data structure should be self explanatory / inferrable from the description in the manuscript, but some useful information is provided in the respective "meta_data" excel files.

Miscellaneous