The contribution of membrane hyperpolarization to adaptation and conduction block in sensory neurones of the leech

Keyphrases

• Adaptation 100%
• Conduction Block 100%
• Sensory Neurons 100%
• Membrane Hyperpolarization 100%
• Leech 100%
• Mechanical Stimulation 83%
• Receptive Field 50%
• Hyperpolarization 33%
• Repetitive Stimulation 33%
• Axonal Branches 33%
• Axon 16%
• Ganglion 16%
• Safety Factor 16%
• Afterhyperpolarization 16%
• Functional Role 16%
• Lines of Evidence 16%
• Repetitive Firing 16%
• Electrical Stimulus 16%
• Current Injection 16%
• Highly Branched 16%
• Long-lasting Effect 16%
• Sensory Cells 16%
• Aftereffects 16%
• Cutaneous Mechanoreceptors 16%
• Branch Point 16%
• Slow Component 16%
• Rapid Adaptation 16%
• Sensory Adaptation 16%
• Impulse Activity 16%
• Repetitive Activity 16%
• Strophanthidin 16%
• Following Train 16%
• Sensory Conduction 16%

Neuroscience

• Nerve Block 100%
• Sensory Neuron 100%
• Receptive Field 50%
• Ganglion 16%
• Strophanthidin 16%
• Mechanoreceptor 16%
• Axon 16%