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Urai AE, Aguillon-Rodriguez V, Laranjeira IC, Cazettes F, The International Brain Laboratory, Mainen ZF & Churchland AK (2021) Citric Acid water as an alternative to water restriction for high-yield mouse behavior. eNeuro, 8(1). doi: 10.1523/ENEURO.0230-20.2020

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Citric Acid water as an alternative to water scheduling in behaving mice

Urai AE, Aguillon-Rodriguez V, Laranjeira IC, Cazettes F, The International Brain Laboratory, Mainen ZF & Churchland AK (2021) Citric Acid water as an alternative to water restriction for high-yield mouse behavior. eNeuro, 8(1). doi: 10.1523/ENEURO.0230-20.2020

Questions? [email protected]

Instructions for reproducing the data analysis

1. install DataJoint conda environment

Create the Anaconda environment iblenv (https://github.com/int-brain-lab/iblenv) that has all the packages you need.

Activate that environment, then install DataJoint following these steps: https://tutorials.datajoint.io/setting-up/datajoint-python.html. See https://github.com/int-brain-lab/paper-behavior#obtain-a-datajoint-account-through-ibl-jupyterhub for instructions on how to obtain a DataJoint account.

2. clone GitHub repo

Clone (first time) or pull (after that) this citricAcid repository to a convenient place on your laptop

3. open Jupyter notebook

Notebooks are a nice way to run your code piece by piece and see the results. source activate djenv, jupyter notebook will open a folder where each notebook will reproduce one ore more figures.

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Urai AE, Aguillon-Rodriguez V, Laranjeira IC, Cazettes F, The International Brain Laboratory, Mainen ZF & Churchland AK (2021) Citric Acid water as an alternative to water restriction for high-yield mouse behavior. eNeuro, 8(1). doi: 10.1523/ENEURO.0230-20.2020

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