GC-PC_Cerebellar_Connectivity _Maps

Here we provide the dataset (raw electrophysiological recordings + processed data) used to build synaptic maps and compute graph properties in the following article: <strong><em>Cerebellar connectivity maps embody individual adaptive behavior in mice (Spaeth, Bahuguna et al.).</em></strong> Just unzip the entire file to find the following elements: <br> <strong>RawData</strong>: <br> Electrophysiological recordings were recorded with <strong>WinWCP 4.2.2</strong> freeware (<em>John Dempster</em>, SIPBS, University of Strathclyde, UK) <strong><em>Adaptive_Dataset</em></strong>: raw electrophysiological recordings, sorted by individual maps in each adaptive conditions (<em>EC, early cuff; ES, early sham; LC, adapted cuff; LS, adapted sham; ENR, trained; WT, control</em>). Mappings were performed at high-resolution (20*20µm). <br> Experimental info as well as file sorting are noted in the corresponding spreadsheets within the following notebook: <strong><em>Spaeth_Bahuguna_et_al_GCPC_Mappings_Adaptive_High_Res_Info.xlsx</em> </strong><br> <strong><em>Development_Dataset</em></strong>: raw electrophysiological recordings, sorted by individual maps in developmental conditions (<em>P9-P10; P12-P13; P14-P18; &gt;P30</em>). Mappings were performed at low-resolution (40*40µm). <br> Experimental info as well as file sorting are noted in the corresponding spreadsheets within the following notebook: <strong><em>Spaeth_Bahuguna_et_al_GCPC_Mappings_Development_Low_Res_Info.xlsx</em></strong> <strong>Processed Data:</strong><br> Files are saved in <em>.csv</em> format. <strong><em>Adaptive_Dataset</em></strong>: processed synaptic maps, sorted by individual maps in each adaptive conditions (<em>EC, early cuff; ES, early sham; LC, adapted cuff; LS, adapted sham; ENR, trained; WT, control</em>).<br> Measures of the Zebrin Bands are found in the following file:<br> <strong><em>Spaeth_Bahuguna_et_al_Measures_Zebrin_Adaptive_HighResDataset.xlsx</em></strong> <strong><em>Development_Dataset</em></strong>: processed synaptic maps, sorted by individual maps in each developmental condition (<em>P9-P10; P12-P13; P14-P18; &gt;P30</em>).<br> Measures of the Zebrin Bands are found in the following file:<br> <strong><em>Spaeth_Bahuguna_et_al_Measures_Zebrins_Development_LowRes_dataset.xlsx</em></strong> Description of the files (also included in READ_ME.pdf): <em>XXX_Positions_cp_centered_OK.csv</em>: a vector containing the normalized, relative position along the mediolateral axis for map XXX <em>XXX_Amp_max_OK.csv</em>: a vector containing the maximal synaptic amplitude (in pA) in each column of map XXX, sorted along the mediolateral axis <em>XXX_Amp_Noisemap_OK.csv</em>: a matrix containing the synaptic noise (in pA) in site of map XXX <em>XXX_Amp_Sigma_OK.csv</em>: a matrix containing the standard deviation of the synaptic noise for the entire map XXX (identical value in each cell) <em>XXX_Amp_zscore_2D_OK.csv</em>: a matrix containing the z-score of each site in map XXX <em>XXX_Amp_Zscore_max_OK.csv</em>: a vector containing the maximal z-score in each column of map XXX, sorted along the mediolateral axis <em>XXX_Files_List.csv</em>: a list of the <em>.wcp</em> files used to generate map XXX <em>XXX_Positions_OK.csv</em>: a vector containing the absolute position along the mediolateral axis for map XXX <em>XXX_Amp_2D_OK.csv:</em> a matrix containing the average synaptic amplitude (in pA) recorded for each site of map XXX <em>XXX_Zebrin_OK.csv</em>: a vector containing the relative position of the Zebrin bands for map XXX