Data set for manuscript by Silva, Ramirez-Buritica, Pritchett, and Carey: Neural instructive signals for associative cerebellar learning; bioRxiv 2022

Jorge Enrique Ramírez-Buriticá cb94642d6b Update 'CaMKIIJaws_laser/README.md' 11 bulan lalu
CaMKIIChR2_airpuff ca31eaa5cf Upload files to 'CaMKIIChR2_airpuff' 11 bulan lalu
CaMKIIChR2_laser b299e0aed8 Upload files to 'CaMKIIChR2_laser' 11 bulan lalu
CaMKIIChR2_lowexpression_airpuff ccb55ba268 Update 'CaMKIIChR2_lowexpression_airpuff/README.md' 11 bulan lalu
CaMKIIChR2_lowexpression_laser a5a6024a5c Upload files to 'CaMKIIChR2_lowexpression_laser' 11 bulan lalu
CaMKIIJaws_laser cb94642d6b Update 'CaMKIIJaws_laser/README.md' 11 bulan lalu
ControlsAll_L7ChR2+Gabra6ChR2_airpuff 8b62efa76f Upload files to '' 11 bulan lalu
G6ChR2_laser 8b62efa76f Upload files to '' 11 bulan lalu
L7ChR2_laser 8b62efa76f Upload files to '' 11 bulan lalu
LICENSE 3c7cff098a Initial commit 11 bulan lalu
README.md d1e3bb9460 Update 'README.md' 11 bulan lalu
datacite.yml 1c38430855 Update 'datacite.yml' 11 bulan lalu

README.md

ClimbFiber_InstructSignals

Centralized data used for the bioRxiv article "Neural instructive signals for associative cerebellar learning" (Silva et al., 2022).

Each folder in this repository contains a Pickled Python dictionary (version 3.6) containing all the data used for the experimental analysis involving Purkinje cell spiking activity (cell-attached recordings, optostimulation) with simultaneous eye-blink conditioning treatments (eyelid tracking, exposure to stimuli).

Opening the files

To load the files, just import the pickle module in python and open the filepath like this:

import pickle

filepath = "C:\Users\User\Desktop\..."

with open(filepath, "rb") as f:
    Data_dict = pickle.load(f)
    

Structure of the files

First level:

Inside each data dictionary, the first level contains all the data organized by files of recordings, which correspond to the experimental sessions (e.g. "File 1", "File 2", etc.). There is also an entry to keep track of which files correspond to the same cell and the filename (with important metadata), inside of the entry "Lookups and Constants". Finally, there is an entry called "Spike Rate Org. Data", which contains a simplified analysis of the rates of simple and complex spikes averaged at three epochs: baseline, treatment (laser, airpuff, or LED light) and return.

File data:

Each file entry possesses 3 dictionary keys with the different treatments/stimulations ("Laser", "LED", "Airpuff"), plus some information about how it was collected (like sampling rates) inside the key "Constants". Inside of each treatment there are sub-dictionaries with the following content:

  • Group Replicas Count: Number of repeated exposures to the treatment, that sets the size of the collections inside this sub-dictionary.
  • File Suffix ID: Lookup list of indexing numbers identifying the File from which the data has been taken. It has the number of elements defined in "Group Replicas Count".
  • LFP Average: Single waves and average of the Low Frequency Band signal (below 2kHz) of the cell-attached ephys recording.
  • Spike Wave Averages: Single waves and averages of simple and complex spikes at each treatment epoch (baseline, treatment, return)
  • Ephys File Paths & Behav. File Paths: A reference to the original raw data collected in the experiment (used for debugging)
  • Ephys Data & Behav. Data: Synchronized, raw data from the cell-attached recordings and the quatification of eye closures respectively.
  • Spike Sorting Data: Contains indexes from the raw Ephys Data where either simple and complex spikes are located. And also some spike counts used for the calculation of the "Spike Rate Org. Data" values.
  • Trigger Orig. Timings: List of intervals in seconds, positioning the treatment onset and offset in the time of the raw ephys/behavior data.
  • Baseline, Treatment and Return Durations: List of time amounts each epoch has per file. Used for the calculation of the "Spike Rate Org. Data" values.

Other considerations:

Filenames contain information about the experimental sessions such as laser powers, depth of recording electrode, position of laser stimulation (default is cortex, unless "IO" is written), among others.

datacite.yml
Title Data set for manuscript by Silva, Ramirez-Buritica, Pritchett, and Carey: Neural instructive signals for associative cerebellar learning; bioRxiv 2022
Authors Silva,Tatiana N.;Neuroscience Program, Champalimaud Center for the Unknown, Lisbon Portugal;ORCID:0000-0003-0542-9677
Ramírez-Buriticá,Jorge;Neuroscience Program, Champalimaud Center for the Unknown, Lisbon Portugal;ORCID:0000-0001-7967-2341
Pritchett,Dominique L.;Biology Dept., Howard University, Washington D.C.;ORCID:0000-0003-1187-1162
Carey,Megan R.;Neuroscience Program, Champalimaud Center for the Unknown, Lisbon Portugal;ORCID:0000-0002-4499-1657
Description Repository containing all the depurated data used for the results shown in the article 'Neural instructive signals for associative cerebellar learning' (Silva, et al. 2022).
License Creative Commons CC0 1.0 Public Domain Dedication (https://creativecommons.org/publicdomain/zero/1.0/)
References Silva N.T., Ramírez-Buriticá J., Pritchett D.L., Carey M.R. (2022) Neural instructive signals for associative cerebellar learning. bioRxiv 2022.04.18.488634 [doi:10.1101/2022.04.18.488634] (IsSupplementTo)
Funding ERC, #866237
FCT, #BD/105949/2014
FCT, #BPD109659/2015
FCT, #PTDC/MED_NEU/30890/2017
Congento, LISBOA-01–0145-FEDER-022170
HHMI, #55007413
Bial Foundation Bursary, #74/14
Keywords cerebellum
mouse
instructive signals
associative learning
eyeblink conditioning
Resource Type Dataset