Electrical synapse analysis for two types of simulated <i>C. elegans.</i>

Electrical synapse analysis for two types of simulated <i>C. elegans.</i>

<p>(<b>A</b>) Average difference among muscle deformation. (<b>B</b>) Frequencies of oscillation. (<b>C</b>) Amplitudes of oscillation. (<b>D</b>) Average difference among muscle deformation. (<b>E</b>) Frequencies of oscillation. (&l...

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Autor principal:	Peng Zhao (128233) (author)
Altres autors:	Boyang Wang (795526) (author), Yi Rong (446776) (author), Ye Yuan (531126) (author), Jian Liu (33711) (author), Hong Huo (627054) (author), Zhuyong Liu (21601711) (author), Zhaoyu Li (6907256) (author), Tao Fang (434629) (author)
Publicat:	2025
Matèries:	Biophysics Genetics Molecular Biology Physiology Developmental Biology Cancer Infectious Diseases Computational Biology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified Information Systems not elsewhere classified existed oscillator mechanisms div >< p central pattern generator sinusoidal forward locomotion certain oscillatory movements positive feedback loops rhythmic forward locomotion feedback loop circuit caenorhabditis elegans </ circuit mechanism responsible feedback loops elegans </ animal locomotion switching mechanism oscillatory behavior rhythmic behaviors rhythmic alternation typically involves together regulate robust modulation neuromechanical modelling neuromechanical model findings suggest could govern circuits formed biological systems asymmetric inputs asymmetric connections
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