Here we provide the dataset (raw electrophysiological recordings + processed data) used to build synaptic maps and compute graph properties in the following article: Cerebellar connectivity maps embody individual adaptive behavior in mice (Spaeth, Bahuguna et al.). Just unzip the entire file to find the following elements:
RawData:
Electrophysiological recordings were recorded with WinWCP 4.2.2 freeware (John Dempster, SIPBS, University of Strathclyde, UK) Adaptive_Dataset: raw electrophysiological recordings, sorted by individual maps in each adaptive conditions (EC, early cuff; ES, early sham; LC, adapted cuff; LS, adapted sham; ENR, trained; WT, control). Mappings were performed at high-resolution (20*20µm).
Experimental info as well as file sorting are noted in the corresponding spreadsheets within the following notebook: Spaeth_Bahuguna_et_al_GCPC_Mappings_Adaptive_High_Res_Info.xlsx
Development_Dataset: raw electrophysiological recordings, sorted by individual maps in developmental conditions (P9-P10; P12-P13; P14-P18; >P30). Mappings were performed at low-resolution (40*40µm).
Experimental info as well as file sorting are noted in the corresponding spreadsheets within the following notebook: Spaeth_Bahuguna_et_al_GCPC_Mappings_Development_Low_Res_Info.xlsx Processed Data:
Files are saved in .csv format. Adaptive_Dataset: processed synaptic maps, sorted by individual maps in each adaptive conditions (EC, early cuff; ES, early sham; LC, adapted cuff; LS, adapted sham; ENR, trained; WT, control).
Measures of the Zebrin Bands are found in the following file:
Spaeth_Bahuguna_et_al_Measures_Zebrin_Adaptive_HighResDataset.xlsx Development_Dataset: processed synaptic maps, sorted by individual maps in each developmental condition (P9-P10; P12-P13; P14-P18; >P30).
Measures of the Zebrin Bands are found in the following file:
Spaeth_Bahuguna_et_al_Measures_Zebrins_Development_LowRes_dataset.xlsx Description of the files (also included in READ_ME.pdf): XXX_Positions_cp_centered_OK.csv: a vector containing the normalized, relative position along the mediolateral axis...
RawData:
Electrophysiological recordings were recorded with WinWCP 4.2.2 freeware (John Dempster, SIPBS, University of Strathclyde, UK) Adaptive_Dataset: raw electrophysiological recordings, sorted by individual maps in each adaptive conditions (EC, early cuff; ES, early sham; LC, adapted cuff; LS, adapted sham; ENR, trained; WT, control). Mappings were performed at high-resolution (20*20µm).
Experimental info as well as file sorting are noted in the corresponding spreadsheets within the following notebook: Spaeth_Bahuguna_et_al_GCPC_Mappings_Adaptive_High_Res_Info.xlsx
Development_Dataset: raw electrophysiological recordings, sorted by individual maps in developmental conditions (P9-P10; P12-P13; P14-P18; >P30). Mappings were performed at low-resolution (40*40µm).
Experimental info as well as file sorting are noted in the corresponding spreadsheets within the following notebook: Spaeth_Bahuguna_et_al_GCPC_Mappings_Development_Low_Res_Info.xlsx Processed Data:
Files are saved in .csv format. Adaptive_Dataset: processed synaptic maps, sorted by individual maps in each adaptive conditions (EC, early cuff; ES, early sham; LC, adapted cuff; LS, adapted sham; ENR, trained; WT, control).
Measures of the Zebrin Bands are found in the following file:
Spaeth_Bahuguna_et_al_Measures_Zebrin_Adaptive_HighResDataset.xlsx Development_Dataset: processed synaptic maps, sorted by individual maps in each developmental condition (P9-P10; P12-P13; P14-P18; >P30).
Measures of the Zebrin Bands are found in the following file:
Spaeth_Bahuguna_et_al_Measures_Zebrins_Development_LowRes_dataset.xlsx Description of the files (also included in READ_ME.pdf): XXX_Positions_cp_centered_OK.csv: a vector containing the normalized, relative position along the mediolateral axis...