Data and code accompanying Hasnain, Birnbaum et al., Nature Neuroscience 2024

Data and code accompanying Hasnain M, Birnbaum J, Ugarte Nunez JL, Hartman E, Chandramouli C, Economo M (2024). Electrophysiology data recorded in anterior lateral motor cortex (ALM) and keypoint tracking data from mice performing a two-context task (delayed-response and water-cued). File organization: In the data folder, there are 4 subfolders, each containing different datasets: Ephys_Behavior: electrophysiology and keypoint data for mice performing the two-context task with a static delay length RandomizedDelay_Ephys_Behavior: electrophysiology and keypoint data for mice performing the delayed-response task with a randomized delay length. DelayInhibition_BilatMC_Behavior: keypoint data for mice performing the two-context task while the motor cortex was bilaterally silenced during the delay epoch on a random subset of trials. GoCueInhibition_BilatMC_Behavior: keypoint data for mice performing thetwo-context task while the motor cortex was bilaterally silenced during the response epoch on a random subset of trials. There are two types of .mat files: data_structure_animal_sessiondate.mat: MATLAB struct containing electrophysiology and/or keypoint data for a single session. motionEnergy_animal_sessiondate.mat: MATLAB struct containing motion energy data and assigned movement threshold for a single session (for behavior-only sessions, motion energy is stored in the data_structure file itself). ______________________________________________________________________________________________________________ See the README in the code folder for more info and instructions on how to use the data and the provided code. Code can also be found at Github.