Individual Velocity
Per-fly instantaneous and mean movement speed across the session
Monolayer confinement for precise locomotor and social behavior tracking.
Metrics automatically extracted by ConductVision.
Per-fly instantaneous and mean movement speed across the session
Cumulative distance traveled per fly per session with zone-level breakdown
Proportion of time spent moving vs. stationary above configurable velocity threshold
Automated detection of foraging bouts, courtship chains, and group clustering events
Wall-following behavior quantified as time and distance within one body-length of chamber edges
Mean nearest-neighbor spacing between flies as a proxy for social attraction or avoidance
Total time spent in self-grooming postures detected via pose estimation
Activity level oscillation across light/dark phases with period and amplitude extraction
Lunging, wing threat, and boxing interactions classified from video pose data
Rest vs. active periods based on configurable inactivity threshold per Drosophila sleep conventions
The Drosophila Shallow Chamber features sloped sigmoid-style ceilings that restrict flies to a monolayer, enabling accurate overhead viewing of social and locomotor behaviors. This design eliminates vertical movement that obscures tracking in standard chambers.
ConductVision tracks individual fly velocity, distance, activity ratios, body orientation, and thigmotaxis. Complex social behaviors are automatically detected and classified for genetic screens, pharmacological studies, and circadian rhythm research.
Related paradigms
Combined visual and olfactory sensory integration assessment.
Interchangeable maze geometries for spatial cognition and turn bias analysis.
Spatial learning via aversive heat conditioning in Drosophila.
Automated scoring of climbing ability and motor performance in Drosophila.
Automated quantification of courtship ritual behaviors and mating success.
Continuous tracking of walking speed, distance, and activity patterns in Drosophila.
Request a demo or contact our team to discuss how ConductVision can accelerate your research.