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PFC-punishment

About

This is the codes to replicate the fitting, prediction, and simulation analysis of the reinforcement model in Medial prefrontal cortex suppresses reward-seeking behavior with risk of punishment by reducing sensitivity to reward, Nishio et al., 2024, Frontiers in Neuroscience doi: 10.3389/fnins.2024.1412509.

Setup

The code is initially executed in MATLAB 2023a on a Mac. Install following MATLAB packages

Dataset (/dataset)

Following files include behavioral information during training sessions.

  • wholeses_airpuff.mat
  • wholeses_omission.mat

The information below is included in each file.

Column Description
success Lever successfully pulled (0/1)
Cue1 tone A was presented (0/1)
Cue2 tone B was presented (0/1)
reward Reward (water) was presented (0/1)
punish Punishment (airpuff) was presented (0/1)
RT Response Time
ses_len Number of trials for each training session
ses_len1 Number of tone A trials for each training session
ses_len2 Number of tone B trials for each training session

Following files include behavioral information for acsf/muscimol sessions.

  • airpuff_acsf_history.mat
  • airpuff_muscimol_history.mat
  • omission_acsf_history.mat
  • omission_muscimol_history.mat

The information below is included in each file.

Column Description
trial_idx ID of each trial
success Lever successfully pulled (0/1)
Cue1 tone A was presented (0/1)
Cue2 tone B was presented (0/1)
reward Reward (water) was presented (0/1)
punish Punishment (airpuff) was presented (0/1)
RT Response Time
consumatoryLick Number of licks after reward presentation
anticipatoryLick Number of licks before go cue
earlypull Number of pulls before go cue
analyzed Trials prior to obtaining 60% of the total planned reward (0/1)
LeverPullDuration Duration of lever pulled above the threshold
LickDuration Duration of licking
PullSpeed Speed of pulling lever

How to run (/codes)

To reproduce Figure 2,

  • Fig2_fitting.m repeats fitting 5000 (50x100) times and plots the fitted parameters. Executing this code takes about 3 days; therefore, we pre-store the parameters in advance in the 'param/' directory.
  • Fig2_fitting_result_aggregation.m aggregates 100 fitting results and chooses the parameters of the maximum log likelihood.

To reproduce Figure 4,

  • Fig4_parameter_plotting.m plots fitted parameters.

To reproduce Figure 6,

  • Fig6_optimization_plotting_airpuff plots optimization results for the airpuff task.

To reproduce Supplementary Figure 1,

  • SupFig1_prediction.m plots prediction results.

To reproduce Supplementary Figure 2,

  • SupFig2_simulation.m repeats simulation 1000 times and output plotted figures of simulation results and RMSE averaged across 1000 simulation results.

To reproduce Supplementary Figure 3,

  • SupFig3_optimization.m conducts optimization of each parameter and outputs the optimized parameters.
  • SupFig3_trialsimulation.m plots simulation results using the original parameters.
  • SupFig3_trialsimulation_optimized.m plots simulation results using optimized parameters.

To reproduce Supplementary Figure 5,

  • SupFig5_optimization_plotting_omission plots optimization results for the omission task.

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