Distance per Well
Total path length for each individual larva
High-throughput multi-well tracking of larval zebrafish for pharmacological and toxicological screening.
Metrics automatically extracted by ConductVision.
Total path length for each individual larva
Proportion of time above minimum movement threshold
Activity change between alternating light and dark phases
High-velocity movement episodes exceeding speed threshold
Number and duration of immobility periods
Simultaneous tracking across 24-, 48-, or 96-well plates
Zebrafish larvae (3–7 days post-fertilization) are widely used in high-throughput drug screening, developmental neurotoxicology, and genetic studies. Their small size, optical transparency, and rapid development enable screening of hundreds of compounds in multi-well plate formats using automated behavioral readouts.
ConductVision tracks individual larvae in 24- to 96-well plates with configurable light/dark stimulus protocols. The software outputs distance, velocity, burst frequency, and rest bout statistics per well, supporting dose-response analysis and longitudinal tracking across developmental stages.
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Request a demo or contact our team to discuss how ConductVision can accelerate your research.