Theoretical relationships between axoneme distortion and internal forces and torques in ciliary beating

Keyphrases

• Internal Force 100%
• Axoneme 100%
• Ciliary Beating 100%
• Theoretical Relationship 100%
• Doublet 50%
• Oscillation 50%
• Dynein 50%
• Bending Moment 33%
• Multifilament 33%
• Moment of Force 33%
• Active Bending 33%
• Misalignment 16%
• Cilia 16%
• Mechanical Function 16%
• Advanced Imaging 16%
• Kinematics 16%
• Flagella 16%
• Torsional Stiffness 16%
• Dynamic Regulation 16%
• Dynamic Mechanical 16%
• Mechanical Instability 16%
• Nanomachines 16%
• Detailed Structure 16%
• Cryo-electron Tomography (cryo-ET) 16%
• Subtomogram Averaging 16%
• Central Pair 16%
• Radial Spoke 16%
• Oscillatory Activity 16%
• Active Force 16%
• Oscillatory Waveform 16%

Biochemistry, Genetics and Molecular Biology

• Axoneme 100%
• Dynein 50%
• Mechanical Torsion 16%
• Cilium 16%
• Flagellum 16%
• Radial Spoke 16%
• Cryoelectron Tomography 16%
• Chlordiazepoxide 16%