Synaptic convergence of afferent inputs in primary infraredsensitive nucleus (LTTD) neurons of rattlesnakes (Crotalinae) as the origin for sensory contrast enhancement

Keyphrases

• Afferent Input 100%
• Central nucleus 50%
• Changing Temperature 50%
• Complex Spike 50%
• Contrast Enhancement 100%
• Crotalinae 100%
• Electrical Stimulation 50%
• Hindbrain 50%
• Infrared Object 50%
• Infrared Radiation 50%
• Inhibitory Response 50%
• Intracellular Recording 50%
• Large Receptive Field 50%
• Lateral Inhibition 50%
• Nerve Branch 50%
• Nerve Terminal 50%
• Neuronal Connectivity 50%
• Neuronal Spikes 50%
• Peripheral Nerve 50%
• Pinhole Camera 50%
• Pit Organ 100%
• Pit Viper 50%
• Primary Afferent Fibers 50%
• Rattlesnake 100%
• Sensory Contrast 100%
• Sensory Epithelium 50%
• Sensory Input 50%
• Sensory Systems 50%
• Spatiotemporal Pattern 50%
• Specific Interactions 50%
• Spike Sequence 50%
• Synaptic Computation 50%
• Synaptic Convergence 100%
• Synaptic Input 50%
• Temperature Patterns 50%
• Terminal Area 50%
• Upper Jaw 50%
• Visual System 50%

Neuroscience

• Electrotherapy 100%
• Hindbrain 100%
• Jaw 100%
• Lateral Inhibition 100%
• Peripheral Nerve 100%
• Receptive Field 100%