Year: 2013
Type: book-chapter
Abstract: Introduction 2 Functional Significance of Temporally Precise Information in the Insect Visual System 2 Spatiotemporal Computation of Object Approach by Individual Neurons in the Locust Brain 4 Collision Sensing by Precisely Timed Neuronal Activity in the Locust Brain 4 Significance of Looming-Sensitive Neurons for the Triggering of Escape Behavior 6 Roles of Spatiotemporal Input Dynamics and Synchronization in the Generation of Looming Sensitivity 6 Extraction of Motion Information from Dynamic Visual Input in the Fly Visual System 7 Correlation-Based Visual Motion Detection 7 Reliability of Responses to Time-Varying Visual Motion Signals 10 Temporal Precision of Visual Motion Computation 11 Impact of Light Intensity and Temperature on Temporal Coding of Motion Velocity Fluctuations 12 Synaptic Transfer of Dynamic Visual Information 14 Phase Locking to Periodic Input in Multimodal Neurons in the Insect Sensory-Motor System 15 Precise Spike Timing in the Ocellar Pathway of Locusts 15 Spatiotemporal Integration of Visual and Mechanosensory Input in the Fly Neck Motor System 16 Conclusions 18 Acknowledgment 18 References 18
Author: Rafael Kurtz
Language: English
Subfield: Cellular and Molecular Neuroscience
Field: Neuroscience
Domain: Life Sciences
Open Access status: green
OpenAlex ID: W2268822845