Zebrafish Larvae
zebrafish larvae
PiVR: An affordable and versatile closed-loop platform to study unrestrained sensorimotor behavior
PiVR is a system that allows experimenters to immerse small animals into virtual realities. The system tracks the position of the animal and presents light stimulation according to predefined rules, thus creating a virtual landscape in which the animal can behave. By using optogenetics, we have used PiVR to present fruit fly larvae with virtual olfactory realities, adult fruit flies with a virtual gustatory reality and zebrafish larvae with a virtual light gradient. PiVR operates at high temporal resolution (70Hz) with low latencies (<30 milliseconds) while being affordable (<US$500) and easy to build (<6 hours). Through extensive documentation (www.PiVR.org), this tool was designed to be accessible to a wide public, from high school students to professional researchers studying systems neuroscience in academia.
Understanding network dynamics of compact assemblies of neurons in zebrafish larvae optic tectum during spontaneous activation
COSYNE 2023
How internal states shape sensorimotor mapping in zebrafish larvae
COSYNE 2025
A behavioral setup for capturing fine-grained coordinated 3D movements of zebrafish larvae
FENS Forum 2024
Beyond individuals: Comparing spontaneous whole-brain dynamics across zebrafish larvae
FENS Forum 2024
Characterization of zebrafish larvae with knockouts in the NMDA receptor subunit genes grin2Aa and grin2Ab
FENS Forum 2024
Impact of visual experience manipulation on neuronal circuit activity and behavior in zebrafish larvae
FENS Forum 2024
Sleep deprivation improves behavioral performance in zebrafish larvae
FENS Forum 2024