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Cholinergic modulation of resting state networks (Sanda et al., accepted)

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README

for the model associated with:

Sanda P, Hlinka J, van den Berg M, Bazhenov M, Keliris GA, Krishnan G: Cholinergic modulation supports dynamic switching of resting state networks through selective DMN suppression (2024). PLoS Comp Bio, accepted. doi:10.1371/journal.pcbi.1012099

This model is written in C++. Tested on Debian 11 (GCC 10) & CentOs 8 (GCC 8), but should work on widely on other platforms. By default set to use 40 threads (change NUM_THREADS in Kncl.cpp accordingly to your hardware).

Makefile provides instructions for building and running of resting baseline and ACh-modulated activity (see Fig 4, row B of the original paper).

Long range connectivity - DMN of rat manually extracted from NeuroVIISAS atlas of rodent brain (Schmitt and Eipert 2012).

There are more outputs, but the mainly useful ones are in the following files:

  • spikes - individual spikes
  • time_cx_new - voltage of pyramidal neurons
  • time_cx_syn - synaptic input for all cells
  • time_K - ionic levels (K, Na, Cl, Ca)

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Cholinergic modulation of resting state networks (Sanda et al., accepted)

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