Neuronal elements that mediate escape swimming and suppress feeding behavior in the predatory sea slug Pleurobranchaea

Keyphrases

• Pleurobranchaea 100%
• Sea Slug 100%
• Feeding Behavior 100%
• Whole Animal 100%
• Escape Swimming 100%
• Swimming Behavior 80%
• Spiking Activity 60%
• Flexion 60%
• Dorsal Flexors 60%
• Interneuron 40%
• Animal Preparation 40%
• Swimming Patterns 40%
• Action Potential 20%
• Neural Mechanisms 20%
• Mechanical Stimulation 20%
• Motor Network 20%
• Ganglion 20%
• Chemical Stimulation 20%
• Hyperpolarization 20%
• Diomedea 20%
• Tritonia 20%
• Feedback Inhibition 20%
• Pattern Generation 20%
• Cyclic Sequence 20%
• Behavior Generation 20%
• Swimming Activity 20%
• Original Observations 20%
• Noxious Stimuli 20%
• Ferns 20%
• Pattern Generator 20%
• Proboscis 20%
• Nudibranch 20%

Neuroscience

• Feeding Behavior 100%
• Behavior (Neuroscience) 50%
• Interneuron 25%
• Ganglion 12%
• Action Potential 12%