Prey-capture behavior in two-dimension visual virtual reality

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Table of contents

List of figures
List of tables
1 Introduction
1.1 Understanding behavior: the sensory-motor dialogue
1.2 Sensory feedback in the perception-action loop
1.2.1 Recording from behaving animals: Virtual reality in neuroscience
1.2.2 How real is virtual reality?
1.3 Internally driven behaviors
1.3.1 Motivation for action in absence of sensory stimulation
1.3.2 Neural basis of spontaneous behavior
1.4 Large-scale analysis of circuit dynamics underlying behavior in zebrafish larva
1.4.1 The zebrafish as a model for systems neuroscience
1.4.2 Locomotion of zebrafish larva
1.4.3 Goal-driven behavior in the larval zebrafish
1.5 Main aims
2 A visual virtual reality system for the zebrafish larva
2.1 Introduction
2.2 Results
2.2.1 Prediction of the larva’s trajectory from the kinematics of tail movements
2.2.2 Optomotor response in a two-dimensions visual virtual reality system
2.2.3 Prey-capture behavior in two-dimension visual virtual reality .
2.2.4 Integration of visual information during tail bouts
2.3 Materials and methods
3 Internally driven behavior in zebrafish larvae
3.1 Introduction
3.2 Internally driven behaviors of zebrafish larva
3.2.1 Locomotor repertoire of zebrafish larva
3.2.2 Chaining of spontaneous motor actions
3.2.3 Supplementary Methods
3.3 Neuronal patterns predictive of spontaneous behaviors
3.3.1 Methods
3.4 Results
3.5 Supplementary Methods
4 Conclusions and perspectives
4.1 A visual virtual reality system for the zebrafish larva
4.2 Internally driven behaviors in zebrafish larva
4.3 Neural basis of internal decisions
References