Inferior colliculus contributions to phase encoding of stop consonants in an animal model

Keyphrases

• Inferior Colliculus 100%
• Stop Consonants 100%
• Phase Coding 100%
• Brainstem 66%
• Scalp 50%
• Neural Activity 33%
• Near-field 33%
• Spectro-temporal 33%
• Brainstem Reflexes 33%
• Temporal Difference 33%
• Phase Response 33%
• Phase Difference 33%
• Phase Characteristics 33%
• Morphological Characteristics 16%
• Transition Period 16%
• Speech Perception 16%
• Activity Patterns 16%
• Speech Sounds 16%
• Auditory Brainstem 16%
• Auditory System 16%
• Formant Transition 16%
• Specific Activity 16%
• Frequency Dependence 16%
• Multi-unit 16%
• Temporal Processing 16%
• Central nucleus 16%
• Guinea pig 16%
• Auditory Neurons 16%
• Phase Information 16%
• Subtle Differences 16%
• Acoustical Stimuli 16%
• Temporal Encoding 16%
• Human Auditory Brainstem 16%
• Consonant-vowel 16%
• Gross Morphology 16%
• Temporal Features 16%
• Cortical Surface 16%
• Epiphenomenon 16%
• Broad Frequency Range 16%
• Timing Difference 16%
• Anesthetized Guinea pig 16%
• High-frequency Range 16%
• Human Scalp 16%
• Surface Response 16%
• Phase Signature 16%
• Steady-state Period 16%

Neuroscience

• Inferior Colliculus 100%
• Brainstem 66%
• Brain Stem Response 33%
• Auditory System 16%
• Speech Perception 16%