Extended Data Fig. 9: Sub-blocks within ModO are necessary to reproduce observed dynamics.
From: Predicting modular functions and neural coding of behavior from a synaptic wiring diagram

a. Comparison of estimated firing rates of identified integrator cells in larval zebrafish using calcium imaging (green) to firing rates simulated using a connectome-based model after shuffling the synapses within ModO (gray, see Methods). (left) Cumulative variance explained for the leading principal components of the average activity between two and six seconds after a saccade. Error bars about the mean show the standard deviation across 100 random shuffles of the network. (right) Best-fit amplitudes determined as in Fig. 5g. b, c. Same as a, but with ModO split into two sub-blocks (b) or seven sub-blocks (c) using a stochastic block model. Synapses were shuffled separately for each possible pairing of presynaptic block and postsynaptic block.