The model provides a theoretical demonstration that multiple network oscillators in the ventral nerve cord are sufficient to generate and coordinate rhythmic patterns to drive forward locomotion in C. elegans.
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Code and data for manuscript submitted to eLife. The model provides a theoretical demonstration that multiple network oscillators in the ventral nerve cord are sufficient to generate and coordinate rhythmic patterns to drive forward locomotion in C. elegans.
edizquierdo/MultipleNetworkOscillator
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Code and data for manuscript submitted to eLife. The model provides a theoretical demonstration that multiple network oscillators in the ventral nerve cord are sufficient to generate and coordinate rhythmic patterns to drive forward locomotion in C. elegans.
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