A data-driven biophysical model of the C. elegans premotor network reproduces observed switching between forward and reversal locomotion and suggests distinct roles for gap junctions and chemical synapses.
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A data-driven biophysical network model reproduces C. elegans premotor neural dynamics
A data-driven biophysical model of the C. elegans premotor network reproduces observed switching between forward and reversal locomotion and suggests distinct roles for gap junctions and chemical synapses.